JPS60103481A - Automatic transaction device - Google Patents

Abstract

PURPOSE:To rewrite a program for execution of transaction in an easy and assured way by fetching and carrying a medium to which the rewrite information is recorded and performing the rewriting of a memory means in response to the read information. CONSTITUTION:The memory contents of a memory means 303 storing various desired parameters are rewritten for execution of transaction procedures. In this case, a magnetic card where the rewriting information of the means 303 is recorded in place of the transaction information is put into a card slit. Then a program identification number is fed via ten keys of an operation guide display part 4. A CPU300 displays a command for input of a card secret number when the input program identification number is correct. When it is decided that the input identification number is identical with a prescribed number, a magnetic head 105 reads the rewriting information recorded to the card for rewriting of an RAM304 or an EEPROM305.

Description

[Detailed Description of the Invention] [Technical Field of the Invention] The present invention relates to an automatic transaction device that performs a desired transaction using a medium, such as a magnetic card, on which information necessary for a transaction, such as identification of a transaction person, is recorded. It is something.

[Technical background of the invention and its problems]

Examples of automatic transaction devices include devices that process cash payments and deposits unattended. Conventionally, automatic transaction machines have required users to confirm their identity using a magnetic card equipped with a magnetic stripe, for example, and then perform a predetermined transaction. This transaction is executed by reading out a previously stored transaction execution process. The program for conducting this transaction may have different procedures depending on the user using the transaction device, and various parameters necessary for conducting the transaction, such as the phone number and address of the host convenience store, etc. Due to changes, the contents of the memory are frequently revised. Conventionally, such program changes have been made manually by a skilled operator.

However, manually rewriting a program is tedious and puts a heavy burden on the operator, and there are many cases where the stored contents are incorrectly rewritten due to operational errors.

[Purpose of the invention]

The present invention has been made in view of the above circumstances, and it is an object of the present invention to provide an automatic transaction device that can accurately and easily change the program name for executing transactions.

[Summary of the invention]

The outline of the present invention for achieving the above object is that the stored contents of a storage means for storing a program for performing a predetermined transaction are captured and transported by a medium on which rewriting information of the storage means is recorded. It is characterized by rewriting based on information.

[Embodiments of the invention]

The present invention will be specifically explained below using Examples.

FIG. 1 is a perspective view showing an embodiment of the present invention, FIG. 2 is a front view of the operation guidance display section, and FIG. FIG.
The figure is a side sectional view showing the card slip processing mechanism section.
FIG. 5 is a plan sectional view of the card slip processing mechanism, FIG. 5m6 and FIG. 7 are side sectional views for explaining the operation of the card slip processing mechanism, and FIG. 8 is a dispensing bill processing mechanism FIG. 9 is a block diagram of the control system of the device.

In each figure, 1 is a housing, and 2 is an upper lid used when performing operations such as setting a safe or setting a slip, as will be described in detail later. An operation guide display section 4 for interacting with customers is provided on the sloped surface 6 on the front surface of the housing 1.

Further, a card (transaction medium) entrance/exit 6 and a banknote exit lower are provided in the frontmost part 5 of the housing 1 and are distributed to the left and right in the figure.

The card slot 6 and the bill exit lower are provided in a retracted state behind recesses i5A and 5B formed on the left and right sides of the frontmost portion 5. Note that 8 is a key for locking the upper lid 2, and 9 is a key for locking the lower lid 10.

Next, the specific configuration of the operation guidance display section 4 will be explained with reference to FIG. 11 in the upper left of the figure is the handling indicator, and it says "
When "In use" is lit, it indicates that the product can be operated. 12 on the right side of the diagram is a keyboard including a numeric keypad,
Numeric key 12A for inputting amount, balance inquiry key 12
B. Correction key 12C2 Erase key 12D, l'-10,000 yen"
It is composed of a key 12M. At the top of this keyboard 12 is an amount display 16. Balance display 14. An attendant call key 15 is provided. The guide section extends in a straight line from the middle part of the left end in the figure, and slopes up from the middle to the amount display 16. A stripe line 16 is printed including the balance display 14 and the staff call key 15 and extends to the right end in the figure, and on the left side of the figure, a card insertion guide column 17A, a transaction selection guide [17B] are printed in order along the stripe line 16.
, PIN information column 17C? Price information m17D, car 1
'Receipt guide 11M17g.

A bill receiving guide field 17F is provided in a frame shape. 16A
is an arrow indicating the direction of operation. Here, the first three types of guidance fields 17A to 17D are the input guidance fields 21A, and the latter two ai type guidance fields 17g and 171I' are the receiving guidance a21c, and both are the guidance fields 4Ii121iS for paternal communication. are connected. The frtJf2 frame-shaped guide columns 17A to 17F are divided vertically around the stripe line 16, with the upper area providing normal operation guidance and the lower area 1.
9A to 19B indicate abnormal operation guidance,
Δ showing the upper and lower states respectively during striding in 16
A mark LED 18, a V mark I, and a BD 20 are provided, and by lighting any one of them, the customer is informed of the operation status. The communication guidance column 21B is composed of four LEDs 22 divided and arranged in a row, and the four IJ3D 22 during communication between the device and the host computer.
The communication progress status is notified to the customer by blinking sequentially. At the bottom of the picture in the middle are ``Please try again from the beginning'', ``Please contact the counter'', and ``
1. To notify customers of abnormal processing status, such as "A staff member will arrive." The BD 23 is divided into upper and lower parts. still,
Among the LKDlB and 20 in the stripe line 16, the Δ mark LhiD18 indicating normal operation is, for example, green t! ! , L.M.
D, making the distinction between the two even clearer.

According to the operation guide table thickness section, an arrow 16A indicating the operation direction is provided within the stripe line 16, guide columns 17A to 17F are provided along this, and a 1ft.
In each column except for strict, there is a Δ mark indicating abnormality.

The provision of the v mark facilitates operation and makes it extremely easy for customers to understand. In particular, by color-coding the Δ mark and the mark as described above, it becomes easier to understand and erroneous operations can be prevented. Below the striped line of the transaction selection guide column 17B, there is a selection key 40 for performing the transaction desired by the customer when a card with different transaction details recorded on the front and back sides is inserted. The selection key 40A on the front side of the card (side A) and the selection key 4QH on the back side of the card (side 8) are dammed. Also, information column 21
B is the boundary between input guide 21A and receiving guide A21c.
The four LKD22s are made to flash in sequence when the message is displayed, but normally, with the Tom device, this is the timing for preparing and dispensing banknotes. Since slip processing is performed simultaneously and takes time, it is extremely effective to notify the processing status at this time. Further, since the LED serving as the display is installed within the thin stripe line 16, the area occupied by the grid/grid board etc. can be reduced, resulting in an inexpensive device. Note that the four LEDs are not necessarily turned on in sequence during communication as described above, but one IJD may be made to blink.

Inside the housing 1, as shown in FIG. 3, there is a card slip processing mechanism section 24. Dispensing banknote processing mechanism section 25. Attendant operating units 21 are arranged in sequence, and a control unit 26 is provided at the back. The upper lid 2 is attached to the housing 1 via hinges 2A, 2A so as to be openable and closable, and is held in the open state by a stopper 2B. It looks like this. Furthermore, on the inner surface of the top lid 2, a first detector 100 consisting of a light emitting diode and a fluorescent element is disposed on the lock key, and a first detector 100 consisting of a light emitting diode and a light receiving element is disposed in front of the second conveying roller pair 1040. A second detector 106 is provided. In addition, a signal (for example, a signal from the first detector 100) when the card P is inserted is provided below 09411 in the card transport section of gl.
A solenoid 101 is disposed at the tip of the plunger, and a shutter 102 is provided at the tip of the plunger, which normally leaves the card entrance/exit path open and is lowered by the operation of the solenoid 101 to open the card entrance/exit path. 1 more
A magnetic head 105 serving as an information reading means for reading the magnetic contents of the card P being transported is arranged above the second transport roller pair 104. A card rotation unit 107 is located behind the card transport unit L1 of Ml (on the right side in the figure).
A second card transport section L2 connected to is provided. This second card transport section L2 includes a guide pair G2 having guide grooves that support both ends of the card P and a sixth transport roller pair 108 (driving roller 108A, passive roller 9108B).
and a sixth detector 109 consisting of a light emitting diode and a light receiving system arranged at the rear end. In addition, the front 1 of the housing 1! ll55 and the first conveying roller pair 10
The distance 41 from the center of the card P is 414 longer than the length of the card P in the longitudinal direction, so that the end 9r of the card P is positioned well within the recess 5A.

The card conveying section is driven by a pulse motor 110 and a timing pulley group 111 and a timing belt group 112 for transmitting the driving force from the pulse motor 110 to the conveyor a-9103, 104, and 108, as shown in No. 5-5. This is done by means of communication. Further, the card rotation 5107 is controlled by a timing pulley 107B, which is rotatably attached to the rotation shaft 107A of the drive row 9108A and connected to the second card transport section L2, as shown in FIGS. 4 and 5. This timing pulley 107B has a pulse motor 1 arranged at the rear.
A timing belt 128 is provided that is stretched around the rotating shaft of 27, and by rotating the pulse motor 127 in forward and reverse directions, the entire card rotating section 107 is rotated by a predetermined angle about 11] 107A. An angle detector 129 is provided near the block to which the timing pulley 1D7B is attached and swings, and depending on the rotation angle of the card rotation unit 1070 (for example, 90i), nf
It is designed to output No. f1. A card processing mechanism section is constituted by the above components. Above this card rotation unit 107, two stages of conveyance rollers '130 and 131 are provided along the surface of a rainbow post roller 1360 of an embossing printing device, the details of which will be described later.
The power of the rotating shaft ID7A17)IAA is transmitted through the rotary shaft ID7A17) to guide the card P facing upward by changing the direction by 90 degrees, for example, to the embossing position.

The slip processing mechanism section is configured as follows.

In each figure, reference numeral 116 is a slip storage box, in which a slip box in which transaction details and the like are recorded is placed upright. The slip R is made up of a receipt R1 and a journal 1 (2) folded and stored vertically in a slip storage box 113 tilted in the direction of gravity. A plurality of sprocket holes H are provided at equal intervals, and the slip guide roller is engaged with a sprocket of a sprocket wheel 114 provided on the opening side of the slip storage box 113 and is conveyed. 115
It is designed to change direction via 8. A printing device 116 equipped with a printing head 117 is provided in the direction changing section of the slip, and the printing device 116 is designed to perform printing by sandwiching the slip between the printing head 117 and a platen 118 disposed opposite to the tip of the printing head 117. It has become. A separation @ 119 is provided next to the platen 11B to separate the slip box into a receipt box L and a journal box 2. The receipt R is conveyed to the cutter section 120 side, and the journal box 2 is directly transferred to the journal guide roller. K is arranged so that it is conveyed to the 115B side. The cutter 120 is for cutting the receipt box 1 for each transaction, and a sponge roller 121 and a guide plate 122 are provided in front of the cutter 120, and the cut receipt is conveyed while being held between them. It looks like this.

Next to it, a conveyance path 126° 124 is provided which is composed of a group of rollers and a group of belts for conveying the cut receipt IIL1 to a dispensing banknote processing mechanism section 25, the details of which will be described later. Furthermore, an embossing print device 125 including two embossing print (transfer) rollers (hereinafter also referred to as embossing rollers 5) 113 is provided between the printing device 116 and the journal guide row 2115B. Further, the journal kL2 onto which the contents of the card P have been transferred by the embossing printing device 125 is changed in direction via the journal guide row 2115B, and is wound up by the journal winding device 126 provided in the direction changing section. It has become.

Next, the driving means for the slip conveyance and embossing printing device 125 will be explained. A drive motor (pulse motor) 139 for sending slips is attached to the lower side of the slip storage box 116, and a timing pulley 169 provided on the rotating shaft
A and the Taimi/Gupu! provided on the rotating shaft of the journal winding device 126. J 126A and the sprocket 1
The driving force of the pulse smoke 139 is transmitted by the timing belt 140 stretched between the timing belt 140 and the timing pulley 114A provided on the rotating shaft 140. Incidentally, in FIG. 4, the torque limiter 141 provided below the journal winding device t12<5 slips when the winding speed increases, thereby affecting smooth winding. Further, the embossing roller 163 of the embossing printing device 125 has hard rubber formed on its outer periphery, and is connected to a motor 165 via a link mechanism 134. A one-way rotation clutch (not shown) is connected to the motor 165, and rotational force is transmitted to the link mechanism 164 only when the motor 165 rotates counterclockwise (1.66 million times as indicated by the arrow) in FIG. Along with this, engineering/boss a-
The roller 166 rotates back and forth in the direction of the arrow shown in the figure, and the recorded contents of the card PLv are transferred to the journal R2, as will be described later. Incidentally, the motor 165 is
A, the receipt conveying device 121.123.12
Via the drive belt 16B that is hung on a 40m moving part, the motor 165 is rotated 7 times (% Note that 162 in FIG. 4 is a collection chute for collecting cards P that have lost their validity.

Next, with reference to FIGS. 6 and 7, the operation and effect of the card slip processing mechanism section will be explained. When the card P is inserted from the card slot 6, the first detector 100 consisting of a diode and a receiving thread detects the card Ptzr.
: Detects and energizes the solenoid 101 to release the shutter 102
open it. When the card P is further pushed in, the transport roller pair 1
06 rotates to transport the card P to the first card transport section L1, and while being further transported by a pair of transport rollers 104 on the back side, the card P (1) is demagnetized by a magnetic head 105.

Here, the second detector 106 acts as a timing detector for reading the magnetic field of the card P. When the card P is read correctly, the card P is transported along the second card transport section L2 by the roller pair 108 of the card rotating section 107, and the position of the card P is detected by the sixth detector 109.
The card P is temporarily stopped at a predetermined position 1JPt (see FIG.
0 as the m-movement source, the stopping position of the card P is guaranteed by controlling the number of pulses. - 10,000, slip R is folded in two layers, sprocket wheel 11
4 and guided between the print head 117 of the printing device 116 and the platen 118 via the slip guide row 2115A, and printed on two sheets in a stacked state. Printing device 116
The slip passed through the cash register is passed through the separator plate 119 to the customer.
R1 and a journal kL that is rolled up as a record of transactions.
2, and the receipt R1 is cut for each transaction by a cutter 120, and is then cut by a sponge roller 121 and a guide plate 122.
The banknotes are conveyed while being held between them, and sent to a dispensing banknote processing mechanism section 25, which will be described later, through a conveyance path 126°124 made up of a group of rollers and a group of belts. On the other hand, the journal R2 separated by the separation plate 119 is transferred to a second emboss printing device 125 that suppresses and transfers the embossed portion PE (see FIG. 5) of the card P.
Journal winding device 126 after emboss printing
It is wound up. Here, the aforementioned card P is placed at a predetermined position P.
However, at the timing of the embossing print, the card rotating unit 107 is driven by the pulse motor 127 via the timing belt 128, and rotates clockwise 90 degrees around the rotating shaft 107A, as shown in FIG. Rotate degrees. Angle detector 129 whose position is shown in FIG.
The pulse motor 110 for conveying the card is driven, and the card is conveyed to the position P3 by the conveyance rollers 130 and 131. This position P3 is the emboss print position.

When the card P is discharged, it is discharged from the card entrance 6 following the reverse of the above-described case. Further, when the card P has lost its validity as a result of reading the contents of the card Pa) (for example, when the validity code is 2 or more), the card P is collected. In this case, the position P in FIG.
As shown in FIG. The transport roller pair 108 rotates in the opposite direction in response to a signal from the transport roller pair 108 (shown in FIG. 5), and slides on the collection chute 162, and is accumulated at the collection position P3. By the way, the tip of the card P that was returned to the card slot 6 without being collected is l5.
As mentioned in i1, since it is always located on the inner recess 5A than the frontmost part 5 of the housing 1, it will not collide with the customer's body, and therefore there will be no inconvenience such as damage to the card. do not have.

Next, the dispensing banknote processing mechanism section 25 will be explained with reference to FIG. In the figure, 200 is a dispensing banknote storage box, in which a plurality of banknote groups Q5 are arranged upright so that the longitudinal direction of the banknotes is horizontal, and the frontmost banknote group S (
A take-out roller 201 that takes out banknotes one by one per rotation is arranged on the left side of the drawing, and this take-out roller 201 is connected to a drive motor 219 arranged on the bottom and transmits the rotation of this motor 219 at a reduced speed. A drive pulley 220B provided on the side of the take-out roller 201, and a drive bell 220C stretched between both pulleys. . On the delivery side of the bills taken out one by one in this way, a single bill conveying path 202 is provided, which is made up of a group of rollers and a belt.
This single-sheet transport path 202 is driven via a bell 220D hooked on a deceleration pulley 220A of the drive means 220.

Further, on this conveyance path 202, there is provided a stack removal detector 204 that detects the removal of blanks by detecting the thickness, and a counting detector 205 for counting the number of banknotes sent out. There is.

A temporary stacking section 206 is provided at the far end of the single-sheet transport path 202, and is configured to stack the transported banknotes in sequence (indicated by stacked banknotes Q2). Said single sheet conveyance path 2
At the bottom of 02, there are 2206 transport rows and a bell) 206B
A reject conveyance path 206 is provided, and a bell) 206B of this reject conveyance path 206 is provided.
Driving rollers 21 in contact with the lower side and arranged on six sides
8A, guide roller 218B.

206C (bell strung on 218C) is provided. Therefore, the transported banknotes are transferred to the transport belt 206C.
It will be accumulated on top. Furthermore, a rotation guide 221 is provided above the temporary stacking section 206, which operates to align the leading ends of the stacked banknotes and rotate to open the exit side during feeding. An exit conveyance section 217 is provided ahead of the stacked banknotes Q2 to be sent out, and is constituted by a drive roller 217A, a roller 217B, and a conveyance belt stretched between them.

A drive roller 210 is placed on the belt of this exit conveyance section 217.
A conveyor belt 208 is stretched between this drive row 2210 and a roller 211 provided above the temporary noodle portion 206, and the two rollers 210 and 2 are in contact with each other.
11 by a swing arm 209. A link mechanism constituted by a connecting plate 214° arm 213 and a drive motor 212 is attached to this swing arm 209, and by operating this link mechanism, the roller 211 is swung to the illustrated position #211A. and press the stacked banknotes Q2 onto the conveyor belt 206C of the temporary stacking section 203 (two bells) 206C, 208
It is possible to transport it to the reject side by sandwiching it in between. Further, each of the drive rollers 210, 217A, 218A
is rotationally driven by a pulse motor 215 via a drive belt 216. In addition, in the details of the III recording outlet exit conveyance section 217 217B, the tip is normally positioned upward to close the conveyance path, and when sending out banknotes, it is lowered in the direction of the arrow shown by a solenoid (not shown) to close the conveyance path. A switching gate 222 that opens is provided,
Furthermore, in conjunction with the operation of this gate 222, the operation 6Lz,
<-225,2241tL-C output Cll18t4jJ A shutter 225 is provided. The gate 222
If the stacked banknotes are conveyed while M1 is closed, this M1
The double will fall onto a collection vehicle 228 provided below and be collected. A row 2226 for feeding the above-mentioned cash register R, and a receipt conveying path 227 for guiding the fed receipt conveying path onto the single sheet conveying path 202 are provided on the single sheet conveying path 202. Therefore, the banknotes and the corresponding cash registers R are stacked in the temporary stacking section, and are sent out to the exit side in this stacked state. In the figure, 230A to 230C are detectors of various parts consisting of light emitting diodes and light receiving elements.

Note that the banknote lower part is a recess 5 provided in the frontmost part 5 of the housing 1.
It is located in the B circle so that the bills sent out do not protrude outward.

Next, the effects of the above-mentioned 41t banknote processing mechanism section will be explained. The banknote group Ql preset in the payout banknote storage box 200 is separated and taken out one by one by the take-out roller 2, and passes through the single-sheet transport path 202 to the temporary accumulation section 20.
3, a predetermined number of sheets are accumulated. At this time, the melon removal detector 204 detects by measuring the thickness of one banknote and converting it into an electric signal, and generates an overlapping scattering signal when the thickness of one or more banknotes is detected. Therefore, in the control 826, when the overlapping signal 4I is received, the take-out roller 201 is stopped and the process proceeds to a reject operation. That is, as described above, the swinging arm 209 is swung by the link mechanism, and the banknotes are reversely fed by pressing the row 2211 onto the bell 206C of the temporary stacking section 206 and collected into the reject warehouse via the reject transport path 206. It is supposed to be done. In this way, overlapping is reliably prevented and erroneous counting by the counting detector 205 is prevented. If there is no stacking, a predetermined number of banknotes and a receipt box □ coming from another route are stacked and transported to the exit side by the movement of the transport belt 206C.

At this time, the rotation guide 221 for aligning the leading edges of the banknotes, etc. opens, and the switching gate 222 is opened by the above-described operation.
, the shutter 225 opens, and the banknotes and the like are conveyed to the banknote output lower side. At this time, the trailing end of the bill, etc. is held in the exit conveying section 217' with most of the leading end protruding outside the exit lower. However, if the customer forgets to take out the banknotes and the like and a predetermined period of time has elapsed, the exit conveyance section 217 reverses its operation and returns the banknotes and the like to the temporary stack 5206 side.

After that, the switching gate 222 and the shutter 225 close the conveyance path, and the banknotes are conveyed again, and the conveyed banknotes are transferred to the collection warehouse 22.
Collect at 8. Here, since the tip of the bill that comes out from the bill ejecting lower does not protrude from the housing, various troubles can be prevented from occurring.

゛The suppression system of this device is shown in Figure 9.

In FIG. 9, the control unit 26 is a cPU5 which is a control means.
00, and a storage means 301 for storing a program for carrying out this Crt7300Ki h-cm subtraction. The storage unit 301 includes a ROM (ROM), which is a read-only first storage unit that stores transaction procedures and contents.
read-only memory) 602, and a second storage means 306 that stores parameters referenced when conducting this transaction (phone number, address, etc. of the host computer lost during center communication) in a readable and writable manner. R.A.
M (Random Access Method) 304 and HIPR
It consists of an OM (Electrically Erasable Programmable Read Only Memory) 605. The memory contents of the second storage means 306 are rewritten by inserting a card owned by the clerk (details will be described later) on which the rewritten information is recorded, instead of the card owned by the transaction person, through the card entrance/exit. It will be done. Then, the information of the card on which the rewriting information is recorded is transferred to the magnetic head 10.
5 is read and controlled.

Next, an outline of the overall operation of the device of the present invention during a transaction will be explained with reference to the flowcharts of FIGS. 10 and 11. First, after the "Card Insertion" message is displayed, the card with transaction information recorded thereon is inserted.

The contents of the card will be checked, and if the check results are not favorable, please contact us.'' is displayed. If the check result is OK, the message ``Enter your password'' is displayed, and it is determined whether the Flr fixed time has elapsed or not. If the timeout occurs, the message ``Please try again from the beginning'' is displayed. If the PIN is entered within the specified time, the class number is judged to be correct or incorrect, and if it is not, the number of errors is judged, and if the number of errors is less than 2, the message ``Press correction and try again'' will be displayed. ” will be displayed, and it will be determined whether a predetermined period of time has elapsed since the correction. If it has not elapsed, the flow will proceed to inserting the password, and if it has elapsed, the process will start over from the beginning.

becomes. If there are three or more errors in the above error count judgment flow, "11" will be added to the validity column of the card, and if the validity is "2" or more, "Please contact the counter" will be displayed and the card will be valid again. When the gender is "1", "From the beginning..." is displayed. If the class number is entered correctly, the message ``Input amount'' is displayed and the key input is performed. It is determined whether or not the "10,000 yen" key was pressed. If not, it is determined whether the "inquiry" key was pressed next. If not, it is determined whether the "correction" key was pressed next. is determined, and if it is not pressed, it is determined whether or not a timeout has occurred, and if the time has elapsed, the process returns to the key manual flow.

If a timeout occurs, the message "From the beginning..." is displayed. Also, when the "10,000 yen" key is pressed, it is next determined whether the amount is over or not, and if it is, the "10,000 Yen" key is pressed.
Please try again within the limit.'' is displayed. When the "inquiry" key is pressed when the amount has not exceeded the amount, the process moves to 70- in FIG. 11. In the next step,
``Receiving'' is displayed, sending to the center is processed, and at the same time, printing etc. If the number of errors is 6 or more, the validity +1 is replaced with "0"), and it is determined whether the balance is insufficient or not, and if the balance is not insufficient, "Go to the counter...
'' will be displayed, and if the balance is insufficient, a message will be displayed saying ``Credit limit exceeded'' and the card will be returned to the exit. In addition, if it is determined to be "established" in the judgment flow of establishment described in u■, the cumulative total will be updated (the cumulative payment amount will be updated by the device itself).
r) L, then card, update and banknote counting at the same time,
The cards, banknotes, and receipts are transported to the exit, and a display is displayed to remind customers to pick them up. Thereafter, it is determined whether or not a timeout has occurred, and if a timeout has occurred, cash is collected as described above, and after an error is printed, a message indicating "staff processing" is displayed. If cash or the like is received before the timeout occurs, the process ends and preparations are made for the next process. In addition, the number a shown in the middle of the flow in Figure 11 and Figure 10 is a.

The country indicates the division of steps, and is a sign for the convenience of staff operations by indicating at which stage an error occurs.

Next, the rewriting operation of the storage contents of the second storage means 6σ6 will be explained with reference to FIGS. 12 and 13. 1st
FIG. 2 is a schematic explanatory diagram showing an example of a recording format of a magnetic card for rewriting stored contents, and FIG. 16 is a flowchart showing a method 111 for rewriting stored contents. First, details of the magnetic card for rewriting stored contents will be explained with reference to FIG. 12. In this magnetic card, information for rewriting the second storage means 606 is recorded instead of transaction information. In Fig. 12, BOT (beginning of tapemak) is
er)t Rewrite mode flag provided as a flag signal, 44 rewrite start address, 4F rewrite data number,
Rewrite data content + E(JT (end of t
apemaker).

BCC (block check character
) is recorded as information on the face. The rewriting of the stored contents of the second storage means 306 using this magnetic card will be explained according to the flowchart shown in FIG. 16.

As mentioned above, the second storage means 306 is used to store various parameters necessary for executing the transaction procedure, such as the host computer's password, address, etc. This may require rewriting from time to time. First, the magnetic card is inserted through the card slot 6. Next, a predetermined program password is input via the numeric keys on the operation guidance display section 4. If the input ID number is correct, the CPU 300 displays a command to input the card password on the operation guidance display section 4 as the next execution process. Then, when the CPU 300 determines that the input password is the same as the number predetermined as the card number for rewriting the stored contents, the CPU 300 moves to execution of the next process. If even one of the two passwords does not match, it becomes impossible to rewrite the stored contents. In this way, by confirming the conformality of the program and the card used for rewriting using the PIN number, it is possible to reliably prevent the program from being rewritten by malicious persons. When the PIN numbers of both parties match, the magnetic head 105 The rewriting information recorded on the card is read. This rewriting information is read by sequentially performing the recording format of the card shown in FIG. +04 or EgPROM305 will be refolded. "HOT" as an end signal is removed by the magnetic head 105, and then "Bec"
When read, the CPU 300 indicates that the gun picking has been completed, returns the card through the card slot 6, and completes the rewriting operation.

In this way, since the memory contents in the second storage means 303 can be rewritten using an al magnetic card, the operation is extremely easy and the burden on the operator is reduced compared to the conventional manual rewriting work. is significantly reduced.

In addition, since manual rewriting does not require the operator's skill, it is possible to prevent rewriting failures due to operational errors.

It goes without saying that the present invention is not limited to the embodiments described above, but includes various modifications within the scope of the gist of the present invention. In the embodiment described above, only the parameters that are frequently rewritten are rewritten based on the card information. The procedure may be changed. Automated transaction devices may have different transaction procedures depending on the user's requests, so if the transaction procedure can also be changed as described above, it will be possible to easily respond to this based on the card information. . Further, two magnetic heads 105 are arranged as an example of an information reading means so that information can be read on both sides of the conveyance surface of the card, and the magnetic head 105 can be applied to cards in which information is recorded on both sides of the card. It may be configured as follows. Furthermore, the medium on which information is recorded is not limited to a magnetic card, but other information recording media may be used, and appropriate information reading means capable of reading this information may be provided.

〔Effect of the invention〕

As described above, according to the present invention, it is possible to provide an automatic transaction device that can accurately and easily rewrite programs for executing transactions.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing an embodiment of the present invention, FIG. 2 is a front view of the operation guidance display section, FIG. 6 is a perspective view of the device of the present invention with the upper and lower covers open, 4 is a side sectional view showing the card slip processing mechanism section, FIG. 5 is a plan sectional view of the card slip processing mechanism section, and FIGS. 6 and 7 are for explaining the operation of the card slip processing mechanism section. 8 is a sectional view of the dispensing banknote processing mechanism, FIG. 9 is a block diagram of the control system of this device, and FIGS. 10 and 11 are
The figure is a flowchart for explaining the operation at the time of transaction, No. 12.
The figure is a schematic explanatory diagram showing an example of the recording format of a card for rewriting the stored contents, and FIG. 16 is a flowchart for explaining the operation when rewriting the stored contents. 105... Information reading means, 600... Control means, 601... Storage means, 602... First storage means, 306... Second storage means, Ll, L2...
・Transportation means.

Claims (1)

[Scope of Claims] (1) Information reading means for taking in a medium on which information is recorded and reading information from the medium, rewritable storage means for storing a program for performing a predetermined transaction, and transaction information. When the medium on which is recorded is loaded, the transaction procedure is read from the storage means according to the transaction information read by the reading means, and the transaction is executed by i&t.
l #L, a control means for controlling rewriting of the contents of the storage means according to the rewriting information read by the glare removing means when a medium on which the rewriting information of the storage means is recorded is taken in; An automatic transaction device characterized by: (The first stage of 2111i11 n-f compares the number corresponding to the program and the number corresponding to the medium used for replacing this program with the input number input by the operator corresponding to these numbers. , the automatic transaction device according to claim 1, which performs rewriting control when these numbers match. (3) The storage means is a first storage dedicated for viewing and storing transaction procedures. Claim 1 or 2 comprises means and a second storage means for storing various parameters referred to when conducting a transaction in a rewritable manner based on the control of the control means. Automated transaction device described in section.