JPS5962995A - Currency transaction 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 The present invention relates to a currency transaction device used when currency transactions are performed between a subscriber and a device in banking operations.

In the past, currency transactions related to banking operations were carried out between deposit members and bank employees, but in recent years, with the aim of streamlining and streamlining banking operations, it has become possible to eliminate the need for bank employees to intervene each time a transaction is made. 2. Description of the Related Art Currency transaction devices such as automatic deposit machines and automatic teller machines have been developed that can perform currency transaction operations between subscribers and devices. However, currency transaction devices that can perform this type of deposit business have a number of problems that have not yet been resolved, and the current situation is that they have not yet reached the point where they have functions that are satisfactory for transactions. be. An example of this is the issue of stamp duty payments during deposit transactions. In other words, when making a deposit using a regular booklet-style deposit passbook (hereinafter simply referred to as a passbook) that has been used for a long time, there is no need for tax purposes because the prescribed amount of stamp tax has already been paid at the time the passbook is issued. Although this does not pose a problem, for the convenience of subscribers, currency transaction devices such as those described above are designed to allow deposits to be made using a deposit/withdrawal card equipped with a magnetic storage unit, without the need to bring a passbook. It is required to have functionality. However, in this case, at the time of the transaction, if the deposit cannot be entered in the bankbook, it is necessary to issue a transaction certificate to prove the deposit amount, but the transaction certificate is subject to the obligation to pay stamp tax under tax law. Therefore, there arises the problem that a duplicate receipt stamp is required and, furthermore, stamp duty must be paid in accordance with the number of times the receipt stamp is affixed, which is not necessary under tax law. On the other hand, when using a currency transaction device such as the one described above, there are two types of passbook formats, and transaction certificates must be issued in accordance with each of these formats. In other words, in addition to the booklet-type passbook slot that has been widely used in the past, there is a so-called insert-type passbook slot (hereinafter for convenience of explanation) in which a transaction certificate issued for each transaction is inserted into a mount on which stamp tax has been paid in advance. (referred to as a bank account without a passbook).

Transactions in this non-passbook account are carried out using a card on which a code indicating the account is recorded in advance, and the Jj4j discount is completed when a transaction certificate to be filed is issued. At this time, since the predetermined amount of stamp tax has already been paid in the non-passbook account at the time of delivery of the mount, the stamp tax must be paid for each pre-contract on the transaction certificate.
:s):I, there is no need to affix a stamp duty receipt stamp on the transaction certificate. For this reason, when both the above-mentioned passbook opening and thermal passbook opening are used, it is necessary to separate the stamp tax A1 according to the passbook format. Become.

This invention was made in view of the above +iif K,
The purpose of this is the stamp tax f on a single transaction:
The purpose is to provide a currency transaction device that can be delivered reliably.

An embodiment of the present invention will be described below with reference to the drawings. Figure 1 shows the entirety of an automatic deposit/withdrawal machine installed at a bank branch, for example. The body 1 accommodates a depositing machine, a dispensing machine, a transaction certificate issuing mechanism, a bankbook identification printing mechanism, a number control device, etc., which will be described later. In addition, the housing 1 has a stepped part formed in the center of the front in the earthwork direction, and a keyboard 2 and a lead part 3 for returning deposits are provided on this stepped part, as well as a lead part 3 for depositing money using a booklet-type bankbook. A passbook insertion lid 4 is provided for inserting a passbook when carrying out the transfer (described in detail later). Roughly speaking, the housing l has a deposit slot 5 in which a large number of banknotes are pushed in at once on the front under the above-mentioned stage, a banknote withdrawal slot 6, a display section 7, an invalid return slot 8, and a slot for returning invalid items 8, which will be described later. A card slot 9 is provided for inserting a deposit/withdrawal card. On the other hand, a door 10 of a safe deposit box, which will be described later, is provided on the front surface of the housing 1 below the above-mentioned stage and on the U-knee side. In addition,
In addition to the banknotes, a transaction certificate and a deposit/withdrawal card are also taken out from the withdrawal port 6.

Next, to explain the above-mentioned deposit machine 1, this deposit machine detects deposited banknotes and guides invalid bills to the return slot 8 in the first part 1, while accumulating genuine bills in the deposit box. It is constructed as shown in FIG. That is, a storage chamber 1 is provided inside the housing 1 facing the deposit port 5, and a large number of banknotes P1 to be deposited are stored in this storage chamber 1 in an upright position. It has become. And deposit port 5
is provided with a cover 12 pivotally supported below the storage chamber 11, and when a cam 14 attached to a cover drive motor 13 rotates in the direction of arrow a, the cover 12 is moved as shown by the dashed line. Try to hold it in this state. On the other hand, the storage chamber 11Vc is provided with an empty detection section consisting of a light source 15 and a light-receiving element I6 for detecting the empty state of the set dominant case P1.
2 is provided with a pressing force A: K J 7 formed by a transparent plate coaxially supported, and this suppressing plate I7
The bank note P1 set in the storage chamber 11 to be deposited is pushed toward the rear side and toward the take-out side by the tensile action of the spring I8. 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 microswitch 19 arranged opposite 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 a series of operations such as taking out and conveying, which will be described later, are executed by the switch-on signal. There is. Therefore, a sucker 20 is provided on the take-out side of the storage chamber 11 and is rotatable in the direction indicated by the arrow. and then take it out. This suction element 20 stops the pick-up operation when a vehicle detection signal from all the detection sections 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 rows 22, . . . , and these rollers 21 .・
. . ., a belt 22 . Main and branch conveyance paths 23a, 23b, and 23c are provided, and one branch conveyance path 23 passes through the main conveyance path 23a.
b is guided downward along the inner rear surface of the casing 1, and is further drawn toward the front so that the lower part of the storage chamber 11 is 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 a generally extending end.

Therefore, the light source 24 is located in the middle of the main transport pa123a.
and light receiving elements 2.5, 25, etc.,
An optical detector 26 for detecting the bank note P2 being conveyed, and a jam detection section formed by a light source 27 and a light receiving element 28 are provided, and the jam detection section is provided with The signal is sent to a control device, which will be described later. In addition, the discharge end of the main conveyance path 23a and the branch conveyance path 21
b.

A dart 32 is provided between the start end of the dart 23c and the dart rotary solenoid 29 as a driving source, and a dart 32 is provided with a drive transmitted by an arm 30 and a linkage 31. The drive is controlled by signals. That is, when the detector 26 and the control device determine that the banknote is a genuine banknote, the banknote 32 closes the other branch conveyance path 23c and transfers the banknote P determined to be a genuine banknote to one side. When it is determined that the ticket is an invalid ticket, the gate 32 closes one branch transportation path 23b and transfers the invalid ticket P3 to the other branch transportation path. 23a. 17, and the other branch conveyance path 2.9c is discharged from the return port 8.
An invalid ticket detection unit consisting of a light source 33 and a light-receiving cable 34 for determining the presence or absence of invalid tickets is provided at the return slot 8 which is connected to and communicated with.

On the other hand, the discharge end of the branch conveyance path 23b communicates with the upper end opening of the one prefecture loading device 35 provided at the front (111), and this stone collecting device 35 has a deposit box 36 extending in the vertical direction. , the banknotes (hereinafter referred to as jinkin shoba) P that can enter and leave the deposit box 36 and move up and down freely.
4, and a receiving plate device 38 that drives and controls the receiving plate 37. Thus, the receiving plate 37 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 driving nori 42 attached to a motor 41 fixed to the guide rail 39 and a roller structure 40 that is movable along the horizontal guide rail 39. It is fixed at 1F by a belt 44 stretched between the goolies 43, 43 supported at both ends in the longitudinal direction, and the receiving plate 37 moves in and out of the safe deposit box 76 as the motor 41 rotates. It has become. Furthermore, the horizontal idle rail 39 is vertically movably supported by the vertical guide rails 45□ and 452, and is provided at both ends of the vertical guide rail 45 and a drive γEh f-reel 47 attached to the motor 46. Boo IJ
4B and 48, and the horizontal guide rail 39 is adapted to move up and down as the belt 49 moves. However, the receiving plate 3
7 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 is at the upper fixed position (solid line in the figure) as described later. , top position, bottom position 3
A stepwise drive and stop operation is performed, and microswitches (not shown) operated by a horizontal guide rail 39 are provided at each of the above positions, and on/off signals from each switch are sent to a control device to be described later. ing.

Furthermore, 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, and above the depositing genuine bill device. There is a dark area 4 for returning deposits which is pivoted on the upper part of the transport system. A lever 52 pulled toward the front side of the housing 1 by a spring 51 is attached to the pivot side of the lid 4, and a motor 53 is attached to the tip of the lever 52.
A roller 55 is provided which comes into contact with the eccentric cam 54 which is sheared on the shaft. That is, when the motor 53 rotates and the short surface of the eccentric cam 54 comes into contact with the roller 55, the scissor 52 is pulled by the spring 51, so that the cover 4 of the deposit return piece 11A is opened. It has a button. The receiving plate 37 normally stops at the upper foot position shown by the solid line in the figure when receiving a deposited genuine bill and when waiting.
If the depositor's approval is not obtained, or if the deposit is approved, the keyboard 2 is operated to move the genuine bill to the opening 50 and remove the genuine bill from the opening 50.
The money is pushed up on the surface and returned to the depositor, and these controls are carried out in accordance with commands from a control device, which will be described later. Further, a pressing force detection switch 56 that is turned on when a certain pressing force is applied to the lower part of the receiving plate 37 is provided.
is provided, and when this switch 56 is turned on, this signal is sent to a control device to be described later, and the receiving plate 37
is made to exit from the safe deposit box 36. That is, upon obtaining the depositor's approval, the receiver plate 37 on which the deposited genuine bills P4 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 and placed at the bottom of the deposit box 36 from the previous time. This banknote P, which is in contact with
is suppressed and the receiving plate 37 is lowered until a certain pressure is applied to the switch 56. When the certain pressure is applied, the receiving plate 37 is moved out of the deposit box 36.

This reduces wasted volume when frequently used banknotes are stacked and makes effective use of the limited volume inside the deposit box 36.
Furthermore, the bundling work is facilitated by pressing and rolling the notes. On the other hand, a door 1o is provided on the front surface of the deposit box 36 of the housing 1, which can be opened and closed by operating a key 10a. In addition, case 1
There is a motor 5 for conveyance and pump drive on the inner bottom of the rear side.
7 is installed, which is connected via a pulley 58 and a belt 69.
, is transmitted to the input side of the clutch 60. The output side of this clutch 60 is connected to the row 2 constituting the conveyance paths 23a, 23b, and 23c via a transmission member (not shown).
2. It is transmitted to... Further, the motor 57 is also in communication with a vacuum pump 61 which is in contact with the motor 57. This vacuum pump 6 is provided with a vacuum chamber 62 and a discharge accumulator 63, and this vacuum chamber 62 is connected to a hose 6.
4, and communicates with the suction element 2o. The ejector 63 is communicated with a gas ejector 66 provided at the upper part of the storage chamber 1 through a port 65, and the banknotes P1 stored in the storage chamber 11 are injected into each other; 1&
I'm letting you do it. Note that 67 in the figure is a caster of the housing 1, which allows it to be easily moved on the floor.

In addition, the above-mentioned dispensing machine dispenses banknotes of an amount specified by the keyboard 2 in the figure with money 4.a specified by the keyboard 2 to the withdrawal port 6 in Fig. 1. It is constructed as shown in FIG. Zunawachi,
A withdrawal station 76 is housed in one side of the housing 1. This withdrawal/l
The pain 76 is, for example, a J-ward storage box 77 divided into four stages,
The banknotes P6 of different denominations are stored in the storage boxes 77, . . . in an upright position in each tier. In front of the above-mentioned withdrawal II: 7e, there are storage boxes 77, .
A suction member 78 is provided for taking out banknotes P6 stored in the banknotes P6 by suction. Furthermore, a conveyance path 79 is provided for holding the bank note P7 taken out by the suction member 78 and conveying it to the withdrawal port 6, and the bank note P being conveyed.

A detector 80 is provided to detect. The above conveyance path 7
9 is a plurality of rollers 8, and these rollers 8.
Consisting of a belt 82 wrapped around...
1. The detector 80 is composed of a light source 83 and a light receiving element 84.

Further, the housing 1 is provided with a transaction certificate issuing machine and a passbook identification printing mechanism. As shown in FIG. 3, in the transaction certificate issuing machine '41q, the transaction certificate paper 68 is pulled out from the rolled state, is conveyed by the conveyance path 69, and is transferred to the withdrawal port 6.
It is now ready for transport. The conveyance path 69 includes a plurality of rollers 70 . ...and these rollers 70.
It consists of 7 belts that are hung around...... A printing shaft 72, an ink ribbon 73, and a printing hammer 74 are provided to sandwich the transaction certificate paper 68 being conveyed, and a printing hammer 74 is provided to sandwich the transaction certificate paper 68 and the ink ribbon 73 and insert the printing shaft 72 into the print hammer 74.
If you hit the mark with 9. on the transaction certificate form 68. person〈υ
It is designed to print information such as the type of deposit and the identification of the depositor. Further, between the printing section consisting of the printing section 72 and the printing hammer 74 and the conveyance path 69, there is a transaction certificate paper 6.
A cutter 75 for cutting 8 into one piece of paper is provided, and the cutter 75 is driven and controlled by a command from a control device to be described later, and the JE withdrawal certificate 7''L is issued. An erasing mechanism for erasing and displaying a receipt stamp is provided, for example, a seal 71 shun 4'jt785 for stamping an erasure stamp.The structure of this stamping mechanism 85 is explained as follows: 86 has a mark for erasure engraved on the face; The stamp assembly 86 has a support shaft 86a fixed to a surface facing the stamp assembly 86, and the support shaft 86a of the stamp assembly 86 is pivotally supported at a predetermined part on one end side of a rotation lever 88 that rotates about a shaft 87 as a fulcrum. .

A tension spring 89 is attached to one end of the rotating lever 88.
is stretched, and the drive D shaft 90a of the drive magnet mechanism 90 is pivotally supported at the other end. Further, the stamp structure 86 is attached to the other end surface of the support shaft 86a fixed to the stamp structure 86.
An elbow counting counter (hereinafter referred to as a counter) 91 that moves step by step every time 6 is driven and controlled is arranged opposite to the lower surface of the conveyance path of the transaction JIF Akekawa 8, which faces the face part of the stamp structure 86. A stamp stand 92 is fixedly arranged.

Therefore, when the drive shaft 90a of the drive magnet 90 is moved to the eye side according to 1) command from the control device, which will be described later,
The rotating lever 88 rotates against the tension of the spring 89. Along with this, the stamp structure 86 moves toward the stamp stand 92, and the face part is pressed against a predetermined surface part of the transaction certificate paper 68, and a cancellation mark (*... ) L is stamped, and the counter 91 is controlled to advance one step each time this - stamping operation is performed.

On the other hand, as shown in FIG. 3, along the 11" book identification printing machine, below the passbook Jij+ cover section 4 is a passbook conveying roller 93 for conveying the passbook, which will be described later. . . . and guide plate 94. A passbook transport path consisting of... is provided, and a magnetic detector 95 for reading data recorded on the magnetic stripe (described later) of the passbook is provided in the middle of this passbook transport path. With you, J] J'F's Jy
The passbook printing machine 41, 196 that performs printing on the [tl(tl)] rolls out.The printing machine 96 is movably supported by the slide rail 97A and moves in the (1f direction) during printing 4 typefaces, 15 structures, 97, Numa'j-ya, 198
And this life "4"'1. : The drive gear 99, which controls the rotation of i9B and selects the characters to be printed, is turned several times,
In synchronization with the rotation of this active '4-I1%ij 98, the active etc. 1
・The hammer 100 is driven by a mark placed opposite the +1lI98. Therefore, in the printing operation when inserting a bankbook, after the bankbook is set at the line position where printing is to be performed, the 4-inch character ring body 97 is guided by the slide rail 97A and moves in the direction of the digits, and the print is placed at the printing digit position. 41a 9
When B is delayed, the type wheel 98 is rotated by a fixed angle υM by the drive gear 99 to select a print character, and the print hammer 100 is driven and swung through the ink ribbon (not shown). !The specified number of digits are printed in a predetermined field on the book, and the printing position, timing, etc. are determined by instructions from the passbook print control section of the f0!I control device, which will be described later. It is something that is done.

Here, the configuration of the booklet-type passbook and deposit/withdrawal card according to this invention will be explained. First, the booklet-style passbook is shown in Figure 5 (
As shown in a), a magnetic stripe 102 is provided on the front and back covers of the passbook 101, and predetermined data including an account discrimination code, a personal identification code, etc. is recorded on the magnetic stripe 102. In addition, the deposit/withdrawal card is a card 1030 as shown in FIG. 5(b)(c).
One or more magnetic stripes 104 are provided on a predetermined surface portion, and this magnetic stripe fl (74 indicates the passbook format, such as whether it is a passbook opening (booklet type) or a non-passbook opening (booklet type). Various data are recorded according to the purpose of use, such as an account discrimination code including a code divided into low-value and high-value data, and a code for personal identification.

Next, the control device is constructed as shown in FIG. That is, the light receiving element 2 of the detector 26 in the deposit machine
The output signal from 5 is supplied to the deposit determination section 105. This discrimination section 105 performs authentication of banknotes and discrimination of denomination based on the signal supplied above, and an output signal representing the denomination is supplied to a deposit counting section 106. The output signal of is supplied to the adder/subtractor 1θ7.

On the other hand, the output signal from the light receiving element 84 of the detector 80 in the dispensing machine is supplied to the dispensing discrimination section 108. This withdrawal discrimination section 10B is for discriminating the denomination of the bank based on the supplied signal, and the withdrawal signal representing the denomination is supplied to the withdrawal counting section 109. The output signal of is supplied to the adder/subtractor 107. This adder/subtractor 1
07 is connected to the main control section 11θ so as to send and receive signals, and the output signal of the keyboard 2 is supplied to the main control section 110 via the key date control section 111.

The main control unit 110 is also supplied with a signal indicating the authenticity of the banknote from the deposit discriminating unit 105, and further receives a jam detection signal from the jam detection unit in the deposit machine, and a signal indicating whether or not the banknote is invalid (ii) from the invalid note detection unit. 5 (b) to the card insertion slot 9 in the 11th gl.
When a deposit/withdrawal card 103 as shown in FIG.
The output signal of this magnetic detector 112 is supplied to the collation section 114 via the discrimination section 113. When using the deposit/withdrawal card 103, the subscriber inserts the card 103 into its insertion slot 9 and inputs the PIN number stored in the subscriber's memory using the keyboard 2. The output signal of No. 2 is transmitted to the collation unit 114 via the one-hand control unit 111 when the key is pressed.
supplied to In this collation unit 114,
When the personal identification code and the personal identification number match, an output signal is output, and this output signal is supplied to the main control section 110. Thus, the output No. 16 of the main control section 110 is supplied to the deposit control section 115, the withdrawal control section 116, the transaction certificate issuance control section 117, and the display section 7.

In addition, the data of the magnetic stripe 102 of the passbook J01 read by the magnetic detector 95 of the passbook discrimination printing machine signal is sent to the inquiry unit 119 via the passbook discriminator 118, and sent to the thousand-board control unit 111. The personal identification code output from the magnetic stripe 102 is compared with the personal identification code recorded on the magnetic stripe 102, and the result is sent to the main control section 110.

On the other hand, the main control unit 11 to which such various signals are input and output
From 0, transaction certificate issuance control unit 117, stamping machine t#85
The following various control commands are sent to the stamping control section 120 for controlling the passbook printing control section 121 for controlling the passbook discrimination printing mechanism, etc. That is, if a subscriber who has a deposit/withdrawal card 103 with a passbook format code recorded on the magnetic stripe 104 indicating that it is a passbook opening (booklet type passbook opening) forgets his/her passbook, etc., the subscriber uses the withdrawal card 10-
3, when making a deposit transaction, the subscriber inserts the card 103 into the insertion slot 9, operates the board 2 and enters the PIN number, and receives the code indicating that it is a bankbook account. is read out by the magnetic detector 112 along with other codes such as a personal identification code, and the keyboard control phloem 11
The personal identification code outputted from the magnetic detector 112 is compared with the personal identification code outputted from the magnetic detector 112 by the matching section 114. As a result of this verification, if a match is found, a code indicating that the account is a bankbook account is sent to the main control unit 11θ, and after receiving the deposit amount, the main control unit 110 receives the transaction certificate.
An issuance drive command is issued to the transaction certificate issuance control unit 117 to issue the transaction certificate. According to this command, the transaction certificate issuing mechanism is driven and controlled, and predetermined printing is performed on the transaction certificate paper 68.

Furthermore, when a subscriber performs a deposit transaction using the booklet-type passbook 101, the subscriber inserts the passbook 101 through the passbook insertion cover 4 and inserts the passbook into the passbook. - By operating the card 2 and inputting the PIN number, the data on the magnetic stripe 102 provided on the bankbook 101 is read by the magnetic detector 95, and the personal identification code and the keyboard control unit are output from the bankbook identification unit 118. The verification unit 119 verifies the recitation number code output from No. 11.

As a result of this verification, if a match is found, the read various code data are sent to the main control unit 110, which determines that the transaction is a deposit transaction using a passbook, and sends the transaction certificate issuance control unit 117 to the 1 drive. JIA prints passbook without issuing commands
A drive command is issued to the passbook printing control section 12 which drives and controls the mechanism 96. As a result, after receiving the deposit amount, the passbook 101
The transaction is printed in a predetermined column, and then the passbook 101 is ejected from the passbook insertion lid 4 to complete the transaction. In addition, when a deposit transaction is made using the deposit/withdrawal card 103 that has a passbook format code recorded on the magnetic stripe 104 indicating that it is a non-passbook opening (a retractable passbook opening), the bankbook format code is The main control unit 110 determines that the bank account is an unused passbook account, and as a result, the main control unit 110 issues an issuance driving command to the transaction certificate issuance control unit 112, and at the same time, at the time of issuance of the transaction certificate, the stamp control unit 12
Issue a stamping drive command to 0. This command drives and controls the transaction certificate issuance mechanism to print a predetermined amount on the transaction certificate form 68, and further drives and controls the stamping mechanism 85 at the time of issuance of the transaction certificate to print the stamp on the transaction certificate to be issued. The erasure mark as shown in Figure 4 is pressed, and the counter 9
The number of stamps is counted by stepwise control. Furthermore, when using the deposit/withdrawal card 103 in which the passbook format code indicating the passbook port or non-passbook port is recorded on the magnetic stripe 104, the keyboard 2 is provided with an operation key for inputting the passbook port or non-passbook port. . When performing a deposit transaction using such a deposit/withdrawal card 103, the subscriber inserts the card 103 into its insertion slot 9 and then enters the key date 2.
The user operates the key to input the PIN number, and then operates the key provided on the card 2 indicating whether the key is a passbook slot or a non-passbook slot. However, when a key indicating a non-passbook opening is operated, the key No. 48 is sent to the main control unit 110 via the keyboard control unit 111 via 1- after a determination of personal identification is made, indicating that the key is a non-passbook opening. It is determined that this is the case, and the same control as that for the non-passbook account described above is performed. Also, if you operate the key that indicates the passbook opening, is the keyed portion the same as the main one? 1ilJ Gobe 1
10, it is determined that the transaction was made at the passbook opening and did not use a 51n book, and as mentioned above, the stamp tax receipt stamp M
Control is performed to issue only one transaction certificate can with only the following information printed on it.

Explaining the operation of the deposit/withdrawal device configured in this way, deposit transactions can be made by the subscriber using the passbook 10 or the deposit/withdrawal card 103 inside the passbook insertion cover 4 or the card Jii population 9.
After 1?11 people operate the keyboard 2 and check that the recited number matches the I1ω input 13χ separate code, the process starts according to the display on the display unit 7. First, to explain the operation of the deposit machine at this time, when the subscriber sets the deposit amount by operating the keyboard 2 in accordance with the instructions on the display section 7, this signal is sent to the main deposit machine via the keyboard control section 11.
The main controller 110 outputs the signal a to the deposit controller 115 to rotate the motor 13 for driving the cover 7.

This opens the cover 12, and the motor 13 operates for a predetermined period of time 11 and then stops. However, the depositor is suppression board 1
7 toward you, and use the keyboard 2 to select a banknote P□ with an amount that matches the deposit amount, or a banknote P□ with an amount greater than the deposit amount (for example, if you deposit 7000 yen, you will receive one 10,000 yen bill. ) into the deposit slot 5 and the storage seal 11
Set to . In other words, the short side of storage room 1 and the suppression plate 1
7 and store the bank note P□ between them.

When the depositor presses the cover 12 to close it, the arrow piece 12th hits the actuator of the microswitch 19, and the switch 19 is turned on. This signal is sent to the control section 110, and the mEJ signal is supplied from the control section 110 to the motor 57 via the deposit control section 115. As a result, the rollers 21 provided in the nitrogen po/pro 1, the suction element 20, and each conveyance path 23a, . . .
, etc. are moved, and the banknotes P set in the storage chamber 11 are taken out one by one by the rotary adsorption action of the suction member 20, and are transferred to the main conveyance path 23a.
sent to.

Thus, the banknote P2 being conveyed through the main conveyance path 23a is detected by the detector 26, and further conveyed to the discharge end via the jam detection section. At this time, the light receiving element 2 of the detector 26
The signal obtained from step 5 is supplied to the deposit discriminating section 105, which determines the authenticity and denomination of the bank note P2 based on the signal, and detects the signal representing the denomination (only genuine bills). ) is supplied to the deposit analysis department 106. Further, the deposit discriminating section 105 outputs a signal indicating the authenticity of the bank note P2 to the main control section 110, and the main control section 110 outputs a signal to the deposit control section 115 to determine whether the banknote P2 is genuine or not.
9 is driven and controlled. That is, when the deposit determining unit 105 determines whether the ticket P in line a is invalid, the gate 32 closes one branch conveyance path 23b and transfers the ticket to the main conveyance path 23a.
The banknote P2 that has passed through the bank is sent to the other conveyance path 23C, and when it is determined that the banknote P2 being conveyed is a genuine note, the banknote
The gate 32 closes the other branch conveyance path 23c and closes the main conveyance path 23c.
The bank note P that has passed through the route a is sent to one branch conveyance path 23b.

Therefore, the bank transfer path 23c was sent to the other branch conveyance path 23c.
2 is sent to the return slot 8 as an invalid ticket p3, and the light source 33
The invalid ticket detection section generated by the light receiving element 34 detects that the invalid ticket P3 is returned to the return slot 8, and this detection signal is sent to the main control section 110 and the display section 7.
, and the depositor is made to feel ashamed that the invalid ticket P3 has been removed. In addition, the bank 1f'Px sent to one branch conveyance path 23b is conveyed to the deposit JRi, 36 upper part where the deposited genuine bill is placed, and is sequentially transferred to the receiving plate 37 located at the 2 part orientation value. It will be placed.

When all the banknotes P1 set in the storage chamber 11 have been taken out, the light source 1 provided in the storage chamber 11
5 and the light receiving element 16, a detection signal is emitted, and this signal is sent to the main control section 110 to stop and control the extraction operation of the suction element 20, and is conveyed to the above-mentioned placement section. The reasonable amount of deposit D P 4 that has been received is displayed on the display section 7. The display of this minute total gold eaves j is performed by supplying a signal representing the denomination to the deposit counting unit 106, and detecting the total amount of the main volume P4 of the Taizen,
This is done by supplying the output signal of the deposit counting section 106 to the main control section 110 via the adder/subtractor 107.

After the above, if the depositor approves the total amount of deposit 1) and 4 by pressing i on the keyboard 2, the main flil J control section 11
0 to the motor 46 via the deposit control unit 115.
(ifi" is supplied, the horizontal force that lengthens the receiving plate 37 is applied, and the vertical force 'trail 39 is
You will be guided to the bottom automatically. Then, the detection switch 56 provided on the lower surface of the receiving plate 37 comes into contact with the upper end of the banknote P that has been previously stacked 4L, and furthermore, the receiving plate 37 is de-I! to suppress the bank note P, and press the switch 5.
When a constant pressure is applied to the switch 56, the switch 56 is turned off, and this signal is sent to the main control section 110. As a result, the motor 41 operates, and the receiving plate 37 moves out of the safe box 36, and then moves upward and returns to the upper position, and banknotes are placed in the safe box 36 in the order in which they were deposited. It is merged and accumulated.

In addition, during such deposit transactions, the issuance of a transaction certificate is controlled according to the transaction status. For example, a passbook format code indicating that the magnetic stripe 104 is a passbook opening (booklet type passbook opening) is printed. When a subscriber who has a deposit/withdrawal card 103 on which a deposit/withdrawal card 103 is recorded performs a deposit transaction using that card 103, after receiving the deposit amount, the main control unit 11
An issuance drive command is issued from 0 to the transaction certificate issuance control unit 117. As a result, the transaction amount is printed on the transaction certificate form 68. This printing operation is performed by sandwiching the transaction certificate paper 68 and the ink ribbon 73 and moving the printing wheel 72 to 1/7 of the printing area.
This is done by hitting 74. Then, the printed transaction certificate paper 68 is cut by a cutter 75 when it is moved to a certain device during transportation.

In this way, one transaction certificate 4 with only the stamp tax receipt stamp M printed thereon is conveyed by the conveyance path 69 and conveyed to the withdrawal port 6.

The above is the deposit collection 1 using the deposit/withdrawal card 103 with the passbook format code indicating that the deposit is made through the passbook port.However, when a deposit transaction is made using the booklet type passbook 101, after receiving the deposit amount, Vehicle weight 1j From control section 110 to passbook printing machine 41
- A drive command is sent to the passbook printing control section 121 which drives and controls the 'I96, but no drive command is sent to the transaction certificate issuance control section 117. As a result, the transaction certificate issuing mechanism, the stamping mechanism 85, and the passbook printing mechanism 96 are driven and controlled, and the passbook 10
1, a predetermined print including the transaction amount is made, and after the printing is completed, the passbook is carried out of the passbook insertion cover 4.

This passbook printing operation is performed by a signal output from the passbook printing control section 12, and the page to be printed is opened and the print line of the inserted passbook 101 is printed on the passbook conveying roller 93.
After the settings are made in . At the same time, the print mark 100 is driven and controlled, and the column to be printed in the lt% passbook is marked with j! This is what will be printed next. In addition, when a passbook format code indicating that the account is not a passbook account is recorded on the magnetic stripe 104, a deposit transaction is made using the deposit/withdrawal card 103. is the transaction certificate] An issuance drive command is issued to the issuance control unit 117, and a stamp drive command is issued to the seal control unit 120 at the time of issuance of the transaction certificate uA, 4: transaction certificate. According to this command, the transaction certificate issuance board 411z is driven and controlled to print a confirmation on the transaction certificate form 68, and furthermore, at the time of issuance of the transaction certificate, the stamping mechanism 85 is driven and controlled to confirm the transaction to be issued. An erasure mark as shown in FIG. 4 is stamped on the certificate, and the counter 91 is incremented along with this operation. The operation of this stamping mechanism 85 is controlled by the stamping control section 1
The drive of the shimagnet mechanism 90 is controlled by the signal output from 20, and the sliding shaft 90m is absorbed. Along with this suction operation, the rotating lever 88 rotates around the shaft 87,
The stamping operation of erasing is performed by striking the face portion of the stamp structure 86 on the stamp pad 92 against the tension of the spring 89.

In this way, a transaction certificate with a stamp of erasure is issued. Furthermore, when using the deposit/withdrawal card 103 whose magnetic stripe 104 does not include a passbook format code indicating the passbook port or non-passbook port, an operation key provided on the keyboard 2 for inputting the passbook port or non-bankbook port is provided. By pressing , the main control unit 110 issues a control command corresponding to the key operation, and the issuance of each transaction certificate as described above is controlled.

In addition, when issuing the above transaction certificate, the number of times the stamp of erasure is stamped is counted by a counter 9, but the counter 9 cannot be easily cleared. It can only be cleared by using directions, keys, etc., and should only be cleared by those who are equivalent to tax officials. In addition, when the deposited genuine notes P4 are conveyed to the storage section at the upper part of the safe deposit box 36, if you are dissatisfied with the total amount of the deposited genuine notes P4 and request the return of the deposited genuine notes P4, a button provided on the keyboard 2 Operate the return key. By this operation, the main controller 110 sends the motor 46.53 via the deposit controller 115.
A return drive signal is sent to the motor 53, and the lid 3 for returning deposited bills opens and the deposit box 3 opens.
The receiving plate 37, which has been located at the fixed position inside 6, rises to the top and returns the deposited genuine bill P4. Moreover, by operating the key 10a to release the locked state and opening the door 10, the banknotes P6 in the safe deposit box 36 can be easily taken out.

Next, to explain the operation of the dispensing machine, the dispensing machine is operated by the main control unit 1.
The operation is started by outputting a signal from 10 to the withdrawal control section 116. In the dispensing machine, as the dispensing side 76 is raised and lowered, each storage box 77,...
The banknotes P6 stored in the banknotes P6 are taken out by a suction member 78 and carried out to the withdrawal port 5 through a conveyance path 79. In this case, since the storage boxes 77, . You can withdraw money in the specified denomination. Also, the withdrawal banknote l) is detected by the detector 80, and at this time the detection 1y
The signal obtained from the light receiving condition 84 of 8 and ' is supplied to the disbursement discrimination section 108, and the disbursement discrimination section Jθ8 discriminates the denomination. Furthermore, the withdrawal amount is detected by supplying a signal representing all Germany from the withdrawal discrimination section 10B to the withdrawal statement 1 number section 109.
The output signal of 09 is supplied to an adder/subtracter 107. When returning the balance of the deposit amount at the time of deposit transaction,
The adder/subtractor 107 subtracts 1,000 yen from the total amount of the deposit at the time of deposit, for example 10,000 yen (if the difference is withdrawn in 1,000 yen bills), and when the difference reaches 7,000 yen, the main controller 110 A signal is sent to the dispensing control unit 116 to stop the operation of the dispensing machine. In addition, when it is only a withdrawal transaction, the withdrawal request amount obtained by operating the keyboard 2 is
0 is sent to the adder/subtractor 107, and when the difference disappears, the main control section 110 outputs a "W" to the dispensing control section 116, and the operation of the dispensing machine is stopped. Note that when the above-mentioned dispensing machine operates, a transaction certificate BJJ is issued as in the case of the deposit transaction described above.

Through this operation, it is possible to control the issuance of transaction certificates according to the transaction status at the time of deposit transactions, which solves tax problems and allows stamp taxes to be paid correctly and efficiently. In addition to being possible, is it possible to use not only a plate-style passbook but also a deposit/withdrawal card? The convenience of subscribers is significantly improved by allowing them to conduct R gold transactions.

In the above embodiment, the stamp duty receipt stamp is driven by a stamping mechanism using a magnet mechanism, but the invention is not limited to this, and it can be easily implemented by other stamping mechanisms using a cam mechanism, for example. Furthermore, the currencies handled, the passbook printing machine, the four-person withdrawal mechanism, etc. are not limited to the above embodiments, and can be applied in various ways without departing from the gist of the invention.

As detailed above, according to the present invention, a stamp tax receipt stamp is displayed on the issued transaction certificate only when a stamp tax is required to be paid at the time of a deposit transaction or a withdrawal transaction, and the stamp tax receipt stamp is displayed on the transaction certificate issued, and the number of times the stamp tax is erased is By keeping the count, it is possible to provide a currency transaction device that does not cause any tax inconvenience and significantly improves convenience for subscribers.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention, in which Fig. 1 is a perspective view of the entire device, Fig. 2 is a side view showing the structure of the deposit machine, and Fig. 3 is a dispensing machine, a transaction certificate issuing machine 41q, and a transaction certificate issuing machine 41q. Fig. 4 is a side view showing the configuration of the passbook identification printing mechanism; Fig. 4 is a plan view showing an example of a transaction certificate stamped with an erasure stamp; Fig. 5
) (C) is a block diagram of a bankbook and a deposit/withdrawal card, and FIG. 6 is a block diagram of a control device. 4... Lid for passbook insertion, 5... Deposit port, 6... Withdrawal port, 9... Card insertion slot, 36... Deposit box, 68
...Transaction certificate form, 72...Printing wheel, 24...Printing hammer, 75...Cutter, 76...Cash withdrawal box, 85
... Stamping mechanism (display mechanism), 91 ... Counter, 9
5,112...Magnetic detector, 96...Bankbook printing mechanism, 101...Bankbook, 102,104...Magnetic stripe, 103...Deposit/withdrawal card, 105...Deposit determination section, 108 ... Withdrawal determination section, 110... Main control section, 115... Deposit control section, 116... Withdrawal control section,
117... Transaction certificate issuance control unit, 120... Stamping control unit, 121... Passbook printing control unit, M... Stamp tax receipt stamp, S... Deletion stamp. Applicant's agent Patent attorney Takeshi Suzue Dogai 1 Figure 3 Figure 4 Kuchi 4

Claims (1)

[Claims] a depository facility that accepts currencies to be traded and performs deposit transactions;
A withdrawal mechanism that pays out a predetermined number of currency upon request from a subscriber, and a transaction certificate for the transaction amount of currency transacted by the deposit mechanism or withdrawal mechanism, in which stamp tax receipt stamps are recorded in advance. A transaction certificate issuing mechanism that issues transaction certificates; an erasing mechanism that selectively erases and displays the stamp tax receipt stamp on transaction certificates issued by this transaction certificate issuing mechanism; A transaction certificate is issued with the contents printed thereon, and at the time of a withdrawal transaction, the transaction certificate issuance mechanism and deletion mechanism are controlled to issue a transaction certificate 1 in which the transaction contents are printed and the stamp tax receipt stamp is deleted. A currency transaction device comprising: a control means for controlling a currency transaction;