JPS5936317B2 - Automatic deposit/withdrawal device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an automatic deposit/withdrawal device that automatically performs bank note deposit/withdrawal operations in place of bank employees.

If a subscriber makes a deposit or receives a refund at a bank, the subscriber must make the deposit and receive the refund during the bank's opening hours.

However, there are times when a bank has made a deposit and wants to receive a refund after the bank has closed, which is extremely inconvenient. Therefore, automatic deposit/withdrawal devices have been developed that are installed at bank branches and handle deposits and withdrawals of banknotes on behalf of bank employees.
By using this device, you can make deposits and receive withdrawals at any time. However, in the conventional automatic deposit/withdrawal device, the deposit amount is the deposit amount, for example, if 3,000 yen is deposited, 3,000 yen is deposited, and if 7,000 yen is deposited, 7,000 yen is deposited.

Therefore, depending on the user, for example, a 10,000 yen bill may cost 10
There is a case where the user wants to make a deposit of 7,000 yen by depositing 10,000 yen, for example, but with conventional devices, it is not possible to take into consideration the convenience of the user in such a case, and the user has to either deposit 10,000 yen or not. The present invention has been made in view of the above points, and its objectives are (a) to automatically perform banknote deposit and withdrawal operations; (c) Transactions can be made psychologically with peace of mind without the worry of theft; and (d) Trouble is avoided because the transport mechanism for deposit transactions and the transport mechanism for withdrawal transactions operate independently. (e) Even if one of the transaction transportation mechanisms becomes inoperable due to a jam on the transportation path, the other transaction operation can be executed; and (f) Bank By starting to take in banknotes in response to the closing operation of the lid of the bill slot, the taking-out rotor and other drive mechanisms are cut off from the user before taking in banknotes, thereby ensuring the safety of the user. (g) If there is a difference between the amount to be deposited and the amount actually deposited, the difference can be withdrawn through the withdrawal mechanism, which is desirable. The aim is to provide an automatic deposit/withdrawal device that allows deposits of up to 100% in amounts.

An embodiment of the present invention will be described below with reference to the drawings.

In other words, Figure 1 shows the entire automatic deposit/withdrawal machine installed at a branch of a bank, etc., and its general configuration is as follows:
1 is a casing, and a depositing machine, a dispensing machine, and a control device, which will be described later, are housed in the casing 1. Further, the housing 1 has a stepped portion 2 formed at the center of the front surface in the direction of the ground, and a keyboard 3 and a lid portion 4 for returning deposited bills are provided on this stepped portion 2. Furthermore,
The housing 1 has a banknote deposit slot 5 on the front surface above the stepped portion 2;
A banknote withdrawal port 6, a display section T, an invalid ticket return port 8, and a personal identification card insertion port 9 are provided. On the other hand, on the front surface below the step 2 of the housing 1, there is a door 1 for a safe deposit box, which will be described later, on one side.
0 is set. In addition to the banknotes, transaction certificates and personal identification cards are also withdrawn from the withdrawal port 6. Next, to explain the above-mentioned deposit machine, this deposit machine detects deposited banknotes and returns invalid bills to the return slot 8 in Figure 1.
The system is configured as shown in FIG. 2, while accumulating genuine bills in a deposit box and issuing transaction certificates.

The transaction certificate is printed with the genuine deposit amount and the depositor's receipt, and is hereinafter referred to as a receipt. That is, the housing 1
A storage chamber 11 is provided inside the housing 1 facing the deposit port 5, and a large number of banknotes P to be deposited are stored in the storage chamber 11.
, is designed to be stored in an upright position. A cover 12 is provided on the deposit port 5 and is pivoted below the storage chamber 11, and this cover 12 is rotated in the direction of arrow a by a cam 14 attached to a cover drive motor 13. Therefore, it opens as shown by the two-dot chain line and maintains this state. On the other hand, the storage chamber 11 is provided with an empty detection section consisting of a light source 15 and a light receiving element 16 for detecting the emptyness of the set banknotes P1, and a transparent plate coaxially supported with the cover 12. A pressing plate IT is provided, and this pressing plate 17 is configured to press the bank note P1 set in the storage chamber 11 to be deposited toward the rear side, that is, to the removal side, by the tension action of a spring 18. It's summery. Further, a protruding piece 12a is provided at the pivot side end of the cover 12, and when the cover 12 is closed, it presses the actuator of the micro switch 19 arranged oppositely to perform the switch operation. The on/off signal of this switch 19 is supplied to a control device, which will be described later, and the switch-on signals are used to execute operations such as unloading, conveyance, etc., which will be described later. A suction member 20 rotatable in the direction of arrow b is provided on the take-out side of the storage chamber 11, and vacuum suctions the banknotes P set in the storage chamber 11 one by one from the front end thereof. It is designed to be taken out. The suction element 20 stops the pick-up operation when an empty detection signal obtained from the empty detection section is sent to a control device to be described later. Further, on the rotation direction side of the suction element 20, there are a plurality of rollers 21...
Main and branch conveyance paths 23a, 23b, and 23c are provided, each consisting of a belt 22, which is stretched around the belt 22 and which pinches and conveys the bank note P taken out by the suction member 20. One branch conveyance path 23b passes through the main conveyance path 23a.
is guided downward along the inner rear surface of the casing 1, and is further guided toward the front, with the lower part of the storage chamber 11 serving as the unloading end, and the other branch conveyance path 23c is guided toward the upper front side of the casing 1. The upper part of the storage chamber 11 is set as the unloading end. Therefore, the light source 24 and the light receiving element 2 are located in the middle of the main transport path 23a.
5, 25, etc., and an optical detection section 26 for detecting the bank note P2 being conveyed, and a jam detection section composed of a light source 27, a light receiving element 28, etc., and this detection section Signals obtained from 26 and the jam detection section are sent to a control device to be described later. Further, between the discharge end of the main conveyance path 23a and the starting ends of the branch conveyance paths 23b and 23c, there is a sorting gate 32 whose drive source is a rotary solenoid 29 for gates and whose drive is transmitted by an arm 30 and a linkage 31. The gate 32 is driven and controlled by a signal from a control device, which will be described later. That is, when the detection unit 26 and the control device determine that the banknote is a genuine banknote, the sorting gate 32 closes the other branch transport path 23c, and transfers the bank note P2 determined to be a genuine banknote to one branch transport path 23b. When it is determined that the ticket is an invalid ticket, such as a counterfeit ticket other than a genuine ticket, an expired ticket, or a stacked ticket, the sorting gate 32 closes one branch conveyance path 23b and discards the invalid ticket P3 such as the counterfeit ticket. It is sent to the other branch conveyance path 23c. The output end of the other branch conveyance path 23c is connected to a return port 8 that opens on the front surface of the casing 1, and the return port 8 includes a light source 33 for determining the presence or absence of an invalid ticket, and a light receiving port 8. An invalid ticket detection section including an element 34 and the like is provided. On the other hand, the output end of the branch conveyance path 23b communicates with the upper end opening of a stacking device 35 provided on the front side of the housing 1.
5 is a deposit box 36 that extends in the vertical direction, and this deposit box 3.
a receiving plate 3T that can freely move in and out and up and down within 6, and on which the transported bank note (hereinafter referred to as deposited note) P4 is placed;
The receiving plate device 38 is configured to drive the receiving plate 3T. Thus, the receiving plate 3T is supported by a roller structure 40 that is movable along the horizontal guide rail 39, and this roller structure 40 is connected to a drive pulley 42 attached to a motor 41 fixed to the guide rail 39 and the guide rail 39. A pulley 43 supported at both ends in the longitudinal direction,
The receiving plate 3T is hooked on a belt 44 stretched between the safe 36 and the safe 36, and moves in and out of the safe 36 as the motor 41 rotates. Furthermore, the horizontal guide rail 39 is supported by the vertical guide rails 45, 452 so as to be able to move up and down, and a drive pulley 4T attached to the motor 46.
and pulleys 45 and 48 provided at both ends of the vertical guide rail 451, and are hung on a belt 49 stretched between the
The horizontal guide rail 39 is designed to move up and down as the belt 49 moves. However, the receiving plate 3T is
It moves into and out of the deposit box 36 by the rotation of a motor 41 fixed to the horizontal guide rail 39, and moves up and down by the rotation of the motor 46, and in the vertical direction, it moves from the upper fixed position (solid line shown in the figure) to the upper position as described later. ) Three-stage drive and stop operation is performed at the highest position and the lowest position, and a horizontal guide rail 3 is installed at each of the above positions.
Microswitches (not shown) operated by 9 are provided, and on/off signals from each switch are sent to a control device to be described later. Further, an opening 50 for taking out genuine bills is provided on the front upper end surface of the housing 1 where the safe deposit box 36 is arranged, that is, above the deposited genuine bill placement part, and this opening 50 is provided with an opening 50 for taking out genuine bills. A lid part 4 for returning the deposited genuine bill P4 is provided, which is pivoted at the upper end. A lever 52 that is pulled toward the front side of the housing 1 by a spring 51 is attached to the pivot side of the lid 4.
A roller 55 that comes into contact with an eccentric cam 54 attached to a motor 53 is provided at the tip of the roller 55 . As the motor 53 rotates and the short surface of the eccentric cam 54 comes into contact with the roller 55, the lever 52 is pulled by the spring 51.
is starting to open. Therefore, the receiving plate 3T normally stops at the upper fixed position shown by the solid line in the figure when receiving a deposited genuine bill and when waiting, and lowers when the depositor's approval is obtained (by operating the keyboard 3). Also, if you cannot obtain the depositor's approval, that is, if the depositor is not approved, press Keyboard 3.
, it rises in the direction of the opening 50 for taking out genuine bills,
A genuine bill is pushed up above the opening 50 and returned to the depositor, and these controls are performed by commands from a control device, which will be described later. Further, a pressure detection switch 56 is provided at the bottom of the receiving plate 3T, and is turned on when a certain pressing force is applied. When this switch 56 is turned on, this signal is sent to a control device, which will be described later. Sent to receiving plate 3? is made to exit from the safe deposit box 36. That is, upon obtaining the depositor's approval, the receiving plate 3T on which the deposited genuine bills are placed is lowered within the deposit box 36, and the actuator of the pressing force detection switch 56 causes the deposit box 36 to be stacked at the lower part of the deposit box 36 from the previous time. It comes into contact with the banknote P, which is placed,
By pressing the ticket P5, the receiving plate 3T is lowered until a certain pressure is applied to the switch 56, and when the certain pressure is applied, the receiving plate 37 is moved out of the safe 36. This reduces wasted volume when frequently used banknotes are stacked, making effective use of the limited space inside the safe deposit box 36, and further facilitating the bundling work by press-rolling the banknotes. It's getting old. Further, a door 10 is provided on the front surface of the safe deposit box 36 of the housing 1 and is opened and closed by operating a key 10a. On the other hand, a motor 5T for conveyance and pump driving is installed at the inner bottom of the rear surface of the housing 1, and this motor 5T is connected to a pulley 58.
, is transmitted via belt 59 to the input side of clutch 60. Further, the output side of the clutch 60 is transmitted to the rollers 21 . Furthermore, the motor 5T is also connected to a vacuum pump 61 located adjacent to it. This vacuum pump 61 is provided with a vacuum chamber 62 and a discharge accumulator 63, and this vacuum chamber 62 is communicated with the suction element 20 via a hose 64. Further, the discharge accumulator 63 is communicated with an air discharge element 66 provided at the upper part of the storage chamber 11 via a hose 65, and separates the banknotes P1 stored in the storage chamber 11 from each other. In the figure, reference numeral 67 denotes casters of the housing 1, which are designed to be able to move freely on the floor. Further, the deposit machine is provided with a mechanism for issuing a receipt, which is a transaction certificate. As shown in FIG. 3, this issuing mechanism is provided so that the receipt paper 68 is pulled out from the rolled state and delivered to the dispensing port 6 of the housing 1. The printing wheel 69, the ink ribbon 70 and the hammer T1 are interposed therebetween.
is provided, and by sandwiching the above-mentioned receipt paper 68 and ink ribbon TO and hitting the printing wheel 69 with a hammer T1, the genuine deposit amount, deposit amount, and depositor identification display are printed on the receipt paper 68. I'm starting to do that. Also, near the printing section consisting of the printing wheel 69, hammer TO, etc. A cutter 72 is provided for cutting the receipt paper 68 into one receipt. Further, the above-mentioned dispensing machine dispenses banknotes of the amount specified by the keyboard 3 in Fig. 1, which is the designation button, to the withdrawal port 6 in Fig. 31 in the denomination also specified by the keyboard 3. It is constructed as shown in Fig. 3.

That is, the magazine case T3 is housed in one side of the housing 1. This magazine case 73 consists of storage boxes 74 divided into four stages, for example, and is driven up and down. A banknote P6 of the type is stored in an upright position. A suction element 75 that is rotatably driven is provided in front of the storage box T4, and the suction element T5 moves the storage box 74 up and down. , the banknotes P6 of different denominations housed in the storage boxes T4, . Further, a detector T6 for determining the denomination of the bank note P6 is provided during the conveyance of the bank note P6, and this detector T6 is connected to a light source 77 and a light receiving element 7.
Consists of 8. Further, the control device is constructed as shown in FIG.

That is, the output signal of the light receiving element 25 of the detection unit 26 in the depositing machine is supplied to one input terminal of the OR circuit 80 via the preamplifier 79, and the output signal of the light receiving element 78 of the detector T6 in the dispensing machine is supplied to one input terminal of the OR circuit 80. A signal is supplied to the other input terminal of the OR circuit 80 via a preamplifier 81, and the output signal of this OR circuit 80 is supplied to a determining section 82. This judgment unit 82 judges the authenticity of banknotes based on the signal supplied above.
The output signal representing the denomination is supplied to the deposit counting section 83 along with the output signal of the preamplifier 79, and is also supplied to the dispensing counter 84 together with the output signal of the preamplifier 81. The output signals of this withdrawal counting section 84 and the above-mentioned deposit counting section 83 are supplied to an adder/subtractor 85. This adder/subtracter 85 is connected to the control unit 8 so as to send and receive signals.
6, and this control unit 86 includes a keyboard 3.
An output signal is supplied via the keyport 111 control section 81. Further, the control section 86 is supplied with a signal indicating the authenticity of the banknote from the determination section 82 . Furthermore, the above-mentioned deposit machine outputs a jam detection signal from the jam detection section, an invalid ticket presence signal from the invalid ticket detection section, an empty detection signal from the empty ticket detection section, and on/off signals for each switch. These signals are supplied to the control section 86. Thus, the output signal of the control section 86 is supplied to the deposit section control section 88 and the disbursement section control section 89, and the output signal of the control section 86 is also supplied to the display section 7 in FIG. Supplied. To explain the operation of the automatic deposit/withdrawal device configured in this way, deposits are made using the deposit machine.In this case, the depositor first operates the keyboard 3 to set the deposit amount and issues a start command. , this signal is sent to the control section 86 via the keyboard control section 8T, and the control section 86
Then, a signal is sent to the deposit control section 88 to operate the cover driving motor 13 one rotation.

As a result, the cover 12 provided on the front surface of the housing 1 opens, and the motor 13 rotates once and then stops. The depositor then pulls the pressure plate IT forward and operates the keyboard 3 to receive a banknote P whose amount matches the preset deposit amount.
1 or a banknote P with an amount greater than the deposit amount (e.g. 7000
When depositing yen, place one 10,000 yen bill into the storage chamber 11 from the deposit slot 5. That is, the rear surface of the storage chamber 11 and the press plate 1
The bank note P1 is sandwiched and stored between the banknote 7 and the banknote P1. After that, when the depositor pushes the cover 12 and closes it, the protruding piece 12
a comes into contact with the actuator of the micro switch 19,
This switch 19 is turned on. This signal is sent to the control section 86 , and a drive signal is supplied from the control section 86 to the motor 57 via the deposit section control section 88 . As a result, the vacuum pump 61, the suction element 20 and each conveyance path 23a
The rollers 21, etc. installed in the storage chamber 11 are driven, and the banknotes P1 set in the storage chamber 11 are picked up one by one from the frontmost end by the rotating suction operation of the suction element 20. It is taken out and fed into the main conveyance path 23a. Thus, the banknote P2 being conveyed through the main conveyance path 23a is detected by the detection section 26 and further conveyed to the discharge end via the jam detection section. At this time, the signal obtained by the light receiving element 25 of the detection section 26 is supplied to the judgment section 82 via the preamplifier 79 and the OR circuit 80, and this judgment section 82 uses the signal to judge the authenticity of the banknote P2 and to make a payment. The denomination is determined and a signal representing the denomination (only valid bills) is supplied to the deposit counting section 83. Incidentally, the deposit counting section 83 receives a signal representing the denomination described above and the preamplifier ? This is because the output signal of the preamplifier 79 is used as a gate signal to supply a signal representing the denomination to the deposit counting section 83. Further, the determination section 82 outputs a signal indicating the authenticity of the bank note P2 to the control section 86, which controls the deposit section control section 88.
A signal is issued to drive and control the gate rotary solenoid 29. That is, when the determination unit 82 determines that the banknote P2 is an invalid note, the gate 32 closes one branch conveyance path 23b and sends the banknote P2 that has passed through the main conveyance path 23a to the other branch conveyance path 23c. Also, when it is determined that the banknote P2 being conveyed is a valid note, the gate 32 closes the other branch conveyance path 23c and sends the banknote P2 that has passed through the main conveyance path 23a to one branch conveyance path 23b. Thus, the bank note P2 sent to the other branch conveyance path 23c is sent as an invalid note P3 to the return port 8 provided at the upper front of the housing 1, and is made up of a light source 33 and a light receiving element 34. The invalid ticket detection unit detects that an invalid ticket is present at the return slot 8, and this detection signal is sent to the control unit 86 and also to the display unit 7, so that the depositor is notified that the invalid ticket P3 has been removed. let Also, banknotes P were sent to one branch conveyance path 23b. are conveyed to the deposited genuine bill placement section at the upper part of the deposit box 36, and placed in order on the receiving plate 37 located at the upper fixed position. When the removal of all the banknotes P1 set in the storage chamber 11 is completed, a detection signal is no longer emitted from the empty detection section, which is comprised of the light source 15, the light receiving element 16, etc. provided in the storage chamber 11. This signal is sent to the control unit 86, and the suction element 20 is controlled to stop the extraction operation, and
The display unit 7 displays the total amount of the deposited genuine bills P4 conveyed to the storage unit. This total amount is displayed by supplying a signal representing the denomination to the deposit counter 83 to detect the total amount of the deposited genuine notes P4, and at the same time, the output signal of the deposit counter 83 is outputted via the adder/subtractor 85. This is performed by being supplied to the control section 86. After the above, deposited genuine note P
4. When the depositor approves the total amount by operating the keyboard 3, a drive signal is supplied from the control section 86 to the motor 46 via the deposit section control section 88, and the horizontal guide rail 39 supporting the receiving plate 37 is moved. Vertical guide rails 451, 452
will be guided down automatically. Thus, the bank note P has more pressing force detection switches 56 provided on the lower surface of the receiving plate 3T than the previous one. contacting the upper end of the receiving plate 3.
7 descends and presses the bank note P5, and the switch 5
When a constant pressure is applied to the switch 6, the switch 56 is turned on, and this signal is sent to the control section 86. As a result, the motor 41 is driven, and the receiving plate 37 is moved out of the deposit box 36, and then moved upward and returned to the upper position.
Banknotes are sequentially merged and accumulated in the deposit box 36 in the order of deposit. Further, the deposit machine issues a receipt, and the issuance of this receipt is controlled by the control section 86.
A signal is output to the deposit control unit 88, the receipt paper 68 and the ink ribbon 70 are held, and the printing wheel 69 is hammered. This is done by printing on the receipt paper 68 by hitting it with the cutter T2.
The receipt is cut and delivered to the withdrawal port 6 of the housing 1 as a single receipt. If you are dissatisfied with the total amount of the deposited genuine notes P4 and request the return of the inputted genuine notes P4 at the time when the deposited genuine bills are conveyed to the storage section at the upper part of the deposit box 36, press the return key on the keyboard 3, for example. Manipulate. Then, a return drive signal is sent from the control section 86 to the motors 46 and 53 via the deposit section control section 88, and the rotating operation of the motor 53 opens the lid section 4 for returning deposited genuine notes, and the inside of the deposit box 36 is opened. The receiving plate 3T, which was located in the upper position, rises to the top and the deposited genuine bill P
Return 4. Further, by operating the key 10a to release the locked state and opening the door 10, the banknotes P in the deposit box 36 can be easily taken out. If the deposited amount (this deposited amount is the total amount of the deposited genuine bills P4 placed on the receiving plate 37) and the deposited amount specified by the operation of the keyboard 3 match, the above operation is completed. However, for example, when depositing 10,000 yen bills and depositing 7,000 yen, the difference of 3,000 yen is used as change to be withdrawn from a dispensing machine. It starts when a signal is output to -. Additionally, the adder/subtractor 85
The deposited amount, for example, 10,000 yen, represented by the output signal of the deposit counting unit 83 is stored in the storage unit 83, and a signal representing the deposited amount from the keyboard 3 is supplied via the keyboard control unit 8T and the control unit 86. Deposit amount e.g. 7
000 yen is memorized. However, at the withdrawal machine,
As the storage box T4... is driven up and down, this storage box T
4. The banknotes P6 stored in... are picked up by the absorber 7.
5, and carry it out to the withdrawal port 6 of the housing 1. in this case,
Since the storage box T4... stores banknotes P6 of different denominations for each stage, by specifying the denomination using the keypad 3, the banknotes P6 of the specified denomination can be stored. You can withdraw money. Further, the withdrawal banknote is detected by the detector T6, and at this time, the light receiving element 7 of the detector 763
The signal obtained from 8 is sent to a preamplifier 81 and an OR circuit 80.
The denomination is supplied to the determining section 82 via the determining section 82, and the denomination is determined by the determining section 82. Further, a signal representing the denomination is supplied from the determination unit 82 to the withdrawal counting unit 84, whereby the total withdrawal amount 4 is detected, and the withdrawal counting unit 84
The output signal of is supplied to the adder/subtractor 85. Then, in this adder/subtractor 84, the stored deposit amount, for example, 1
The total amount withdrawn by the withdrawal machine is subtracted from 0,000 yen by the signal from the withdrawal counting section 84, and when the difference reaches the stored deposit amount, for example, 7,000 yen, a signal is sent to the control section 86. A signal is sent from the control unit 86 to the withdrawal unit control unit 89 to stop the operation of the withdrawal machine, and as a result, the difference between the deposited amount and the deposited amount, for example 3000 yen, is paid as change from the withdrawal machine. become. Incidentally, the output signal of the preamplifier 81 is supplied to the withdrawal counting section 84 at the same time as the signal representing the denomination, but similarly to the deposit counting section 83, the output signal of the preamplifier 81 is used as a gate signal to determine the denomination. This is to supply a signal representing the amount to the withdrawal counter 84. or,
The above-mentioned deposit machine issues a receipt as mentioned above, but if the deposit amount is different from the deposit amount and you pay the difference as change, this change amount will also be printed on the receipt. . On the other hand, when withdrawing money, only the withdrawal machine operates independently, and in this case, the withdrawer operates the keyboard 3 to specify the withdrawal amount and its denomination and issues a start command, and this signal is sent to the keyboard. The signal is sent to the control section 86 via the control section 87, and a signal is sent from the control section 86 to the dispensing section control section 89, thereby starting the operation of the dispensing machine.

Further, a signal representing the withdrawal amount is supplied to the adder/subtractor 85 via the control section 86, and the withdrawal amount is stored in advance in the adder/subtractor 85. The operation of the dispensing machine is as described above, but when the total amount withdrawn by the dispensing machine is subtracted from the dispensing amount stored in the adder/subtractor 85 and the difference becomes 0 yen, the operation of the dispensing machine is stopped. Stop. Although FIG. 4 mainly shows the control device for depositing and withdrawing money, the control device for the entire automatic deposit/withdrawal device is shown in FIG. 5.

Here, 90 is a magnetic head that detects the registration number magnetically recorded on a personal identification card (not shown), and the output signal of this magnetic head 90 is ? It is supplied to the verification section 92 via the first section 91. Further, the PIN number memorized by the subscriber is operated by the keyboard 3, and the output signal of the keyboard 3 at this time is supplied to the verification section 92 via the key port 111 control section 8T. The collation unit 92 collates the registration number and the recitation number and supplies an output to the control unit 86 . Also, 93 is a mechanism that issues receipts that are transaction certificates, and this issuance mechanism? 3 is controlled by the output of the control section 86. Further, here, the determination section 82 in FIG. 4 is divided into a deposit determination section 94 and a withdrawal determination section 95, and the detection section 2
The output of the light receiving element 25 of T6 and the output of the light receiving element 78 of the detector T6 are directly supplied to the deposit determining section 94 and the withdrawal determining section 95, and the output signals of the deposit counting section 83 and the withdrawal counting section 84 are supplied to the control section. 86, and this control section 86
It has addition and subtraction functions. Further, 88 and 89 are a depositing section control section and a dispensing section control section as in FIG. 4, and 7 is a display section. The operation of the control device is substantially the same as that shown in FIG. 4, but only when the registration number and the recitation number are matched in the verification section 92, an output signal is sent from the control section 86. The depositing machine and dispensing machine are now operational.

As detailed above, according to the present invention, (a) banknote deposit and withdrawal operations can be performed automatically, and (b)
Banknotes can be handled at once for both deposits and withdrawals, and even when the number of banknotes increases, users can easily operate the system, and (c) transactions can be done psychologically with peace of mind without the worry of theft. (1) The transport mechanism for deposit transactions and the transport mechanism for withdrawal transactions can operate independently, so troubles are less likely to occur, and simultaneous operation of deposits and withdrawals (for example, dispensing change) is possible. ) Even if the conveyance mechanism for one transaction becomes inoperable due to a jam on the conveyance path, the conveyance mechanism for the other transaction can continue the transaction operation, and (f) the lid of the banknote slot. Since banknote retrieval is started in response to the user's body closing operation, retrieval is started after the drive mechanism such as the retrieval rotor is isolated from the user. The operation is easy, and if there is a difference between the amount to be deposited and the amount actually deposited, the difference can be withdrawn by the withdrawal mechanism, so you can deposit the amount you want. It is possible to provide an automatic deposit/withdrawal device that provides excellent effects.

[Brief explanation of drawings]

1 to 5 are diagrams for explaining one embodiment of the automatic deposit/withdrawal device according to the present invention, FIG. 1 is a perspective view of the entire automatic deposit/withdrawal device, and FIG. 2 is a configuration showing the deposit machine. Figure 3 is a configuration diagram showing the transaction certificate issuing mechanism of the deposit machine and the withdrawal machine, Figure 4 is a configuration diagram showing the control device, and Figure 5 is a configuration diagram of the control device as a whole of the automatic deposit and withdrawal machine. FIG. 1...Housing, 3...Keyboard, 5
...Deposit port, 20...Adsorber, 23a
, 23b, 23c... Conveyance path, 26...
・Detection unit, 36... Deposit box, 68...
Receipt paper, 69...Print wheel, TO...
・Ink ribbon, 71...Hammer, 72...
...Katsuta 1, 73...Magazine case,
74...Storage box, T5...Adsorber, 8
2... Judgment department, 83... Deposit counting Iku,
84...Payment counter, 85...Adder/subtractor, 86...Control unit.

Claims (1)

[Claims] 1. A transport mechanism for deposit transactions that accepts multiple banknotes at once and automatically performs deposit transactions after going through prescribed procedures, and a transport mechanism for deposit transactions that can operate independently and accepts a specified amount of banknotes and performs deposit transactions automatically through prescribed procedures. A withdrawal transaction transport mechanism that automatically withdraws multiple banknotes at once through a withdrawal transaction, a means for inputting whether to perform a deposit transaction or a withdrawal transaction, and a means for inputting the amount to be deposited and withdrawal transaction. An amount input means for inputting the amount to be deposited, and an apparatus for opening the lid of the banknote slot when specifying a deposit transaction using the input means, and detecting that the lid is closed and removing the inserted banknotes. A deposit mechanism control unit that starts depositing, a withdrawal mechanism control unit that controls the withdrawal transaction transport mechanism, detects the difference between the deposit amount by the deposit transaction mechanism and the deposit amount by the amount input means, and detects the difference between the deposit amount by the deposit transaction mechanism and the deposit amount by the amount input means. An automatic depositing and dispensing device comprising: an overall control section that controls the dispensing mechanism control section and pays out the difference by the dispensing transaction mechanism at a certain time.