JPS5911467A - Automatic cash depositing and paying device - Google Patents

Abstract

PURPOSE:To decrease the processing time required for display of an automatic cash depositing and paying device, without changing a screen itself, by changing sequentially a part at each stage of transaction by using a basic display screen to constitute an operation guide display screen. CONSTITUTION:Program, data and screen data memories 11, 12, 13 are connected to a CPU10 of an automatic cash depositing and paying device ATM via address, data and control buses AB, DB and CB. Prescribed guide message data is stored in the memory 11 together with the processing steps, and a flag and data for a bankbook and a card are stored in the memory 12. The picture information of the required number of screens is stored in the memory 13, and a CRT control circuit 14, an address selector 15 and a refresh memory 16 are connected to the memories 11-13 and the CPU10. Further, the basic display screen of the CRT9 is used, a part of the screen is changed sequentially at a P/S converter 18 at each stage of transactions, the operation guide is displayed on the display screen of the CRT9, there by reducing the processing time for the display.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to an automatic teller machine used in financial institutions and the like, and particularly to an automatic teller machine that is characterized by its operation display system.

Prior art and its problems At financial institutions, depositors use their passbooks or cash cards (hereinafter simply referred to as cards) to directly operate automatic teller machines (hereinafter referred to as ATMs) to conduct various transactions. There is. Transactions include cash payments (withdrawals), deposits, bookkeeping, and balance inquiries; payment transactions may use only a card, or a card or passbook; one of these may be used for deposit transactions; Banknotes are deposited.

In this way, various media are input into the ATM in accordance with each transaction, and furthermore, the PIN number and amount are entered manually, and at the end of the transaction, the media and banknotes are input from the ATM.

Ward tickets etc. will be released. As described above, since transactions require complex operations, the ATM display provides guidance on the operations.

However, in conventional ATMs, guidance for this operation is displayed using one screen for each medium input and key operation. For example, when requesting payment using a card and a passbook, an idle screen that specifies the type of transaction is first displayed, and when the payment key is pressed, a card insertion guidance screen is displayed, followed by a passbook insertion or PIN input guidance screen, and an amount input guidance screen. is displayed. If the deposit transaction is completed normally, a passbook sampling guidance screen is displayed first, and then a slip sampling guidance screen is displayed. In this way, the operation guidance screens are switched one after another according to each stage of the transaction. However, the depositor who operates the ATM is not informed of the details of the next operation to be performed, and is not informed of the entire details of the operation, until the depositor has completed the one operation shown on the screen. This confuses depositors who operate ATMs and causes increased operation time.

Also, when ATMs run out of 1,000 yen bills as payment cash, only withdrawals in 10,000 yen units will be possible.
The depositor is not informed of this until the amount deposit guidance screen appears. Therefore, if the depositor is dissatisfied with this and cancels the transaction, there is a problem in that time is wasted until the inserted card and passbook are returned.

Furthermore, there is also the disadvantage that the processing time for the ATM display, in which the screen changes one after another depending on the stage of the transaction, increases.

OBJECTS OF THE INVENTION The present invention has been made in view of the problems of the conventional ATM operation guide display, and an object of the present invention is to provide an ATM that can shorten operation time without changing the screen for each operation guide. With the goal.

The present invention provides cash withdrawals using at least one of a passbook and a cash card. Automatic cash deposit payment for transactions including deposits, at least one operation guidance image 'take that collectively displays operation guidance regarding input/output media and input items assumed at the time of transaction; a storage means for storing a display change take; a display for displaying a transaction operation guide image; and a display for displaying a guide screen according to the type of transaction, and rewriting a part of the screen according to the progress of the transaction. The invention is characterized by comprising a control means for providing operational guidance by moving the device.

By configuring the ATM in this way, the ATM operation screen becomes smaller and the depositor can understand the entire operation, allowing them to use the ATM smoothly without getting confused even when complex operations are required. can.

In addition, if the stock of 1,000 yen bills among payment banknotes runs out, it is possible to withdraw only in units of 10,000 yen, but this can be displayed immediately after pressing the transaction key. Therefore, even if the operation is canceled at this point, there is no medium to be returned, so the process can be carried out quickly. Furthermore, since there is no need to switch the operation guidance screen according to the stage of operation, and only a portion of the screen is changed, the time required for displaying the screen can be reduced. As described above, according to the present invention, it is possible to improve the operating efficiency of an ATM by improving the operation guide image.

DESCRIPTION OF EMBODIMENTS FIG. 1 is an external view showing an example of an ATM according to the present invention, and the panel surface thereof includes a handling display 1 to indicate the handling status, a passbook insertion slot 2, a card insertion slot 3, a cash slot, and a receipt receiving slot. 4, and further provided on the horizontal panel surface are keyboards 5 and 6 including transaction keys, confirmation keys, and cancellation keys, a numeric keypad 7, a bill insertion slot 8, and a CRT display 9 for guiding insertion.

FIG. 2 is a block diagram showing the control circuit of this display 9, in which a central processing unit (hereinafter referred to as CPU) 10 has storage means consisting of a program memory 11, a data memory 12, and a screen data memory 18, an address bus AB, They are connected via a data bus DB and a control bus CB. The program memory 11 includes CI)U 1Ot7) Processing procedures and predetermined guidance text T1 to T shown in FIG.
Data memo 1J is used to record 13 data.
As shown in FIG. 4, it includes flags and data areas from M1 to M28 for grasping various states of cards, passbooks, etc. In addition, the screen data memory 13 includes the payment pre-processing screen in Figure 5 (axis), the deposit pre-processing screen in Figure 5(b), the balance inquiry pre-processing screen in Figure 5 (0 in Figure 6, the opening in Figure 6).
This is a memory that records image information for the required number of screens, such as the bookkeeping preprocessing screen shown in , and the return instruction screen shown in FIG. 5(e). C.P.
Ul0 further includes a CRT which controls the CRT which is the display 9.
A control circuit 14, an address selector 15 for selecting a display address, and a fresh memory 16 for storing display data of the screen currently displayed on the display 9 are connected.

The display data is data specifying data of a character generator 17 that stores shapes of characters, symbols, etc., and the refresh memory 16 is connected to this character generator 17. The image data is supplied to a video control circuit 19 via a P/S converter 18 that converts parallel data into serial data, and an image showing the operation is displayed on a display 9. FIG. 6 is a block diagram showing the overall configuration of this ATM, which includes a CPU 10, a main power supply, a card reader 20, a slip issuing machine 21°, a bill ejecting machine 2, a bill taking machine 23, a passbook printing machine 24, and a handling display. instrument 2, keyboard 26. A CRT control section 27 and a power supply control circuit 28 are connected.

Next, the operation of the ATM according to this embodiment will be explained with reference to screen display examples and flowcharts, focusing on the display of the operation guidance screen. In the flowchart 1 below, the numbers indicated using leader lines are steps, steps, or processing routines indicating the operations of the CPU10. FIG. 8 is a routine showing the overall processing of the ATM. After the power-on processing (routine 31),
An idle process (routine 32) is entered which waits for the transaction key to be pressed while checking for abnormalities in the equipment. When any transaction key is pressed, pre-transaction processing (routine 38) described later is performed, and then, if the transaction is not canceled (step 34), transaction information is sent and received with the center and transferred to the passbook. Verbal center transmission/reception processing is performed. Various processes (routine 36) and card return processing (routine 37) are performed depending on whether the transaction is established or rejected, and the system returns to the idle state via the idle return processing routine 38.

FIG. 9 is a flowchart showing the transaction iJ processing routine 33 in detail, starting with step 40. 52.5
8, the type of the pressed key is determined based on the transaction key data M1 in the data memory 12. If the payment key is pressed, the process shown in FIG. 5 (
Display the payment pre-processing screen shown in a), and in this case, if the 1,000 yen bill is out of stock, change the right column of "Amount" to the word T.
11, that is, press in increments of 10,000 yen.'' Next, a card insertion reception process is performed (routine 42).
If it is not treated as cancellation (step 48), passbook insertion/password key-in reception processing (routine 44) is performed. If the passbook is inserted and no password is input (step 46), a password key-in acceptance process (routine 47) is performed, followed by a ``key-in receipt of amount'' process (routine 49), and the process ends. If there is a cancellation in the middle (steps 48, 4)
548.50) Set the cancellation flag M15 (step 51) and terminate the process. Then, in FIG. 8, the cards, bankbooks, etc. that have already been accepted are returned by return processing (routine 37) via step 34. On the other hand, in FIG. 9, if the first key pressed is the deposit key, the fifth
The deposit pre-processing screen shown in Figure (1)) will be displayed.

Next, card insertion/passbook insertion reception processing (routine 54)
Then, a banknote reception process (routine 56) is performed, and the process ends. If the transaction key is a balance inquiry key,
5(c) in step 59 via step 58.
) is displayed, and card insertion acceptance processing (routine 60) is performed.

Next, a password key-in acceptance process (routine 62) is performed and the process ends. If the first transaction key pressed is not one of the above, it is determined that it is a bookkeeping transaction, and step 6
At step 4, the bookkeeping preprocessing screen shown in FIG. 5(d) is displayed. After performing the passbook insertion acceptance process (routine 65), the post-processing ends.

In addition, if each step is treated as a transaction, the previous
As described above, the cancellation flag M15 is set (step 51), and this routine is immediately terminated.

Next, each processing routine will be explained in more detail. Figure 10 shows card insertion reception processing routine 4.
2.60 operation steps are shown.

When entering this routine, first a card insertion permission command is output to the control unit of the card reader 20 (step 70).
In steps 71 and 72, it is checked whether or not the card has been inserted within a certain period of time. If the card is not inserted for a certain period of time or if the operator presses the cancel button, the process goes to step 71 and is treated as canceled, and if the card is inserted, the card presence flag M2 is set in step 78, and the card is magnetically Read the Strive recording information and write a memo in the data memory 12! JM2O and the validity of the information is checked (step 74).

If the information is not normal, proceed to step 75 via step 75.
In step 6, the card defect flag Mll is set and the card is treated as canceled.If the card information is normal, press the left arrow of "Card" on the screen of FIG. 5 (ω, (C)) already displayed on the display 9. (Step 77), and the wording on the right side of "Card" is changed to TI, that is, "I am entrusted with it" (Step 78). For depositors, erase the arrow and the word T
The display of 1 indicates that the f-co card has been inserted correctly. To end a card reception processing routine without changing the display when card information is abnormal or time has elapsed.

Figure 11 shows passbook insertion/PIN code key-in reception processing routine 4
4 is a flowchart showing step 4. First, in step 80, select "Passbook" on the screen shown in FIG. 5(a).

An arrow is displayed to the left of the "Password" display and the depositor is asked to provide one of these manpower. Then, in step 81, a 4-digit key-in permission is issued to the control unit of the key fob 26, and
In step 82, a passbook insertion permission command is issued to the passbook printing machine 24, and steps 83, 97, 107
Wait for a certain period of time to enter your passbook or PIN. If the passbook is inserted, the passbook presence flag M8 is set, subsequent key-in operations are prohibited (steps 84 and 85), and it is checked whether the shape of the passbook is normal. If there is an abnormality, the process jumps to step 96, sets the passbook defect flag M14, and ends the process.
If it is normal, the process proceeds to step 87, where the magnetic recording information of the passbook is read and stored in the memory M21, and the validity of the information is checked. If this is normal, the page code printed on the page of the inserted passbook and the number of recorded lines are detected and stored in the memory M22. Store it in M23 and check whether there are printable lines on that page (step 8
9.90). If printing is possible, in step 91, as shown in FIG. 7(a), the left arrow of ``Passbook'' is deleted from the display screen, the wording on the right is changed to TI, and the left arrow of ``Passbook'' is deleted. In this way, the depositor can recognize that the passbook has been correctly accepted and ends this processing routine. On the other hand, the information in the passbook is not normal in step 88, or the printable page is not inserted in step 90.
In this case, the number of times is counted, and if the number is more than a certain number, it is determined as a try-over, and the process proceeds to step 92, where the passbook defective fraction M14 is set and the process ends. If it is not a try-over, in step 93, the display to the right of the "passbook" is changed to the words T2, that is, "Please re-insert correctly", and "
Delete the arrow to the left of "Password" and ask to reinsert your passbook. Then, in step 94, return the passbook, and
Clear step 3 and go back 1 step (step 95) to step 8. On the other hand, if a 4-digit number is input using the numeric keypad 7 instead of the passbook, insertion of the passbook is prohibited in step 98 via step 97, and the keyed-in number is temporarily stored in the memory M7. A password check is performed (step 99). If the password is correct, step 1
In 01, delete the arrow on the left side of "Password", change the wording on the right side to T8, that is, "e@-・", and delete all the display on the "Passbook" line to confirm that the password was successfully accepted. indicate. In step 100, if the password is not normal, count the number of times, and if it is below a certain amount, step 103
As shown in Figure 7(b), the text to the right of "Password" is changed to TQ "Please press again correctly" and the left arrow on the passbook is deleted to prompt the user to re-enter the password. Then, in step 104, 4-digit key-in is permitted, and after one digit, the password key-in data in memory M7 is cleared (step 10).
5) Return to the input special state. If there is no input for a certain period of time in the state of manual maintenance, the process proceeds to step 107.
At step 8, 109, key-in and passbook insertion are prohibited, and this processing routine is terminated as a cancellation.

FIG. 12 shows the password key-in acceptance processing routine 47.62. The processing for inputting the dark mountain is almost the same as the processing routine shown in FIG. When entering this routine, first step 110
, an arrow is displayed to the left of ``Password'' to indicate to the depositor that it is possible to input the PIN.

Subsequently, in step 111), a four-digit key-in permission is issued to the control section of the keyboard 26, and in steps 112 and 118, it is checked whether or not there is any key input. If there is a key input, a black circle is displayed on the lower side of the display 9 one digit at a time, as shown in FIG. 7(c), to confirm the input. If you have a 4-digit key, store it in Memo'J M7, then erase the four black circles at the bottom right of the display and check the PIN number (Step 1).
14). If the password is normal, the arrow to the left of "Password" is deleted in step 116, the wording on the right side is changed to 1.8, and the process ends. If the password is abnormal, count the number of times, and if it is below a certain level, change the wording on the right side of "password" to T4 and clear the memory M7 (step 11).
8,119), return to step 111. If the number of times exceeds a certain value, a password key-in error process is performed (step 121), and if there is no key input for a certain period of time, key-in is prohibited and the process ends.

FIG. 13 is a flowchart showing the amount key manual processing routine. When this routine is entered, an arrow is first displayed on the left side of the "amount" display on the display screen. Step IQ), keyboard 26. An amount key-in permission is output to the control unit (step 181), and the amount is awaited for input. Then, as shown in FIG. 7(d), the number is displayed one digit at a time at the bottom right of the screen until the input is completed, and when the input is completed, the take is stored in the memory M8.

Then, in step 134, it is determined whether the key human power is valid or not, and if it is normal, this processing routine is ended. In the case of an abnormality, the number of abnormalities is counted, and if it is less than a certain value, the amount display at the bottom right is erased in step 13'T, and the wording to the right of "amount" is changed to the wording T4 or T18. If there is no stock of 1,000 yen bills in the bill dispensing section, word T13,
In other words, please press the button again in increments of 10,000 yen.'' is displayed.

After clearing the amount key-in prohibition tag in step 188, the process returns to step 131. If no amount to take is entered in step 132 or step 136
If the number of abnormalities exceeds a predetermined value, the process is treated as canceled and the process is terminated.

Next, the card insertion/passbook insertion reception processing routine 44 for deposit transactions will be explained with reference to the first problem. When entering this routine, first, in steps 140 and 141, card insertion permission and passbook insertion permission are performed, and step 1
At 42.156.168, the depositor waits for any insertion. When a passbook is inserted, the passbook flag M3 is set and card insertion is prohibited (steps 143 and 144) in the same way as in steps 82 and subsequent steps in FIG.
). Then, the shape and magnetic information of the passbook are inserted and the page is checked (steps 145 to 149). If the passbook is successfully accepted, in step 150, the arrow on the left side of "Passbook" is erased on the display screen, the wording on the right side is changed to the wording T1, and the display of the "Card" line is all erased. After this, this process ends. If the information read from the passbook is abnormal and the number of times it is read is below a certain number,
In step 152, the wording to the left of "Passbook" on the display screen is changed to the wording T2, and the left arrow of "Card" is deleted. Other operational steps 153, 154, and 1551 are similar to steps 94 to 96 in FIG. If a card is inserted in the standby state, the steps 1 and 1.
56 and steps 157 to 159, the card-enabled card M2 is set, the insertion of a passbook is prohibited from now on, and the card information is once read into the memory M20 and checked. If this information is normal, in step 161 via step 160, the "card" on the display screen is displayed.
Delete the left arrow and change the text on the right to text T1. Then, all the displays in the "passbook" line are erased and this process is completed. If there is an abnormality in the card information, the card defect flag Mll is set in step 162, and the process is then treated as cancelled. In addition, if a certain period of time has elapsed in the special state or if it is canceled, step 1
In steps 164 and 165 via step 63, insertion of the card and passbook is prohibited, and this processing routine ends.

FIG. 15 is a flowchart showing the bill receiving processing routine 56. When entering this routine, first step 17
At step 171, an arrow is displayed to the left of the "banknote" display on the display screen to prompt the deposit of banknotes, as shown in FIG. Output. Then, in steps 172 and 178, the system waits for the insertion of banknotes for a certain period of time, and if the banknotes are inserted, in step 174, the number of banknotes by denomination and the total amount are counted and added to memo') M16 to M19, and all are counted successfully. If there is no banknote returned and there is no banknote, the process goes to step 184 via step 175, where the banknote present M is returned.
4 is set, and further in step 185, FIG. 7 (f
), the message "1 Confirmation" is displayed at the top right of the display screen, and the number of sheets is displayed at the bottom.

Display amount. Then change the wording to the right of "banknote" to the word'r
6, that is, change it to "Please reduce the amount by 1 coin and press confirm." Then, it waits for the confirmation key to be pressed for a certain period of time (steps 186, 187), and if there is suppression, this processing routine ends. If there are banknotes to be returned in step 175, in step 176, "confirmation" and amount display on the display screen are erased, and the wording on the right side of "banknote" is replaced with the wording "T".
5, i.e., change it to ``Please go to the return gate.'' Then, it waits for the banknote to be extracted (step 177), and checks whether the amount data M19 after the extraction is zero (step 178).
). If this is zero, the process returns to step 171 and waits for the banknote to be reinserted; if it is not zero, the banknote holding frame M4 is set in step 179, and the display screen displays "confirmation" and the number of denominations of t2 denominations is set. The amount is displayed, and the wording on the right side of "Banknotes" is changed to 17, ie, "Please reinsert or press confirm" (step 180). and step 1
In steps 81 to 183, the process waits for insertion of a banknote or pressing of a confirmation key for a certain period of time, and if a banknote is inserted, the process returns to step 174 to count the banknotes, and if the confirmation key is pressed, this processing routine ends.

Next, the passbook insertion acceptance processing routine 65 for bookkeeping transactions will be explained with reference to FIG. 16. Since this processing routine is almost the same as the passbook acceptance processing shown in FIG. 11, the differences will be mainly explained. First, the insertion of the passbook is permitted and the insertion is waited for (steps 190-192). When the passbook is inserted, the shape, magnetic information, and whether or not it is a printable page are checked (steps 193-198). If these are normal, the arrow on the left side of "Passbook" on the display screen is deleted in step 199, the wording on the left side is changed to wording T1 in step 200, and this processing routine is ended.

If the shape of the passbook is abnormal, the processing routine to remove the defective passbook M14 is completed in step 205, and if the information is abnormal or the page cannot be printed, if the number of times is less than a certain number, the right side of "passbook" on the display screen is moved to step 202. Change the wording to T2. Then, in step 208, the bankbook is returned and waited for extraction, and the bankbook presence flag M38' is cleared (step 204), and the process ends.

Next, the return processing routine 37 shown in FIG. 8 and the display at that time will be explained below. FIG. 17 shows the operation of the return processing routine 87. Upon entering this routine, a return instruction screen is first displayed (routine 210).

As shown in detail in the first song, first, in step 220, a return instruction screen shown in FIG. 5(e) is displayed, and
In step 221, the presence or absence of a card is determined based on the card presence number M2. If you don't have a cart, step 2
The process jumps to step 28 and erases all the words on the right side of the word "card" on the display screen, and if there is a card, the process goes to step 222 to check whether or not the card needs to be collected by referring to the card collection flag M9.

If it is necessary to collect the card due to a PIN key-in error or a stolen card, etc., change the display on the right side of "Card" on the display screen to the message T9, that is, "We will keep it, please report it to the counter" in Step 223, and then proceed to Step 223. Proceed to 229. If collection is not necessary, check whether the card is defective by referring to the card defective flag Mll (step 224).
), "card" is sent to the defective location in step 225.
Change the wording on the right side of ``T8'' to ``Cannot be used, please contact the counter'' and proceed to step 229. If the item is not defective, the step ends.

In this way, an instruction screen is configured corresponding to the medium to be returned, and after one step, the process returns to step 211 in FIG.
If there are banknotes to be returned, a banknote return process is performed in routine 212. As shown in the first part of this process, an arrow is displayed on the left side of the "banknote" on the display screen, and (step 25
0), issues a return command to the banknote take-in machine 23 and waits for the banknote to be taken out (step 251).

If there is sampling, in step 252, the banknote-bearing fraction M4 is removed.
, and on the display screen Cζ, click the arrow in the "Banknote" line,
Delete all the words (step 258), and step 21
Return to 3. In step 213, the presence or absence of a card is checked by referring to the card presence stock M2, and if there is a card, the process enters a card return processing routine 214.

As shown in FIG. 20, the ``J'' routine first refers to the card collection mark M9 in step 260 to check whether or not card collection is necessary. If collection is necessary, send the card to the control unit of the card reader 20.
- Clear the card M2 in chip 266 and end the process. If collection is not necessary, select "Card" on the display screen in step 261.
An arrow is displayed on the left side of the screen to instruct the control section of the card reader 20 to return the card (step 262), and the process waits for the card to be removed. Step 26 if the card has been removed
At step 3, the card presence flag M2 is cleared, and at step 264, all the arrows and words in the "Card" line on the display screen are erased, and this processing is completed. Thereafter, the process returns to step 215 in FIG. 17, and the presence or absence of a bankbook is checked again based on the bankbook presence ratio M3. If there is a passbook, the process advances to a passbook return processing routine 216 to return the passbook. As shown in FIG. 21, this process first displays an arrow on the left side of 1 bankbook j on the display screen (step 270), then presses the bankbook printing machine 2.
The controller 4 issues a passbook return instruction to the control unit ζ and waits for the passbook to be removed (step 271). Step 2 if there is
After clearing the bankbook existence flag M3 in step 72, all the arrows and words in the line "1 bankbook" on the display screen are erased (step 273), and this processing routine is ended. Next, the process proceeds to step 217, which is the first problem, and checks the presence or absence of cash and slips based on the cash presence flag M5 and the slip presence flag M6G. If there are no such items, the return processing routine 37 is terminated, and if there are, the cash/slip release processing routine 218 is entered.

As explained in detail in FIG. 22, this process first refers to flags M5' and M6 in steps 280 and 281, and if both are present, in step 282, the flags M5' and M6 are displayed on the left side of the display screen. An arrow is displayed, and if either one is present, the arrow is displayed in the corresponding part of the display screen, and the amount is further displayed (steps 287 and 28).
9). In this way, the depositor is prompted to withdraw these funds, and the withdrawal is waited for (steps 288, 288, 290). If there is a withdrawal M5, in step 284, the cash M5 is extracted.
Clear slip M6e, step 285. ．． 2g
At 6, select "Cash" on the display screen.

This processing routine is completed by erasing all of the arrow 9 words in the "Voucher" line.

In this way, we use the basic display screen and change parts of it sequentially at each stage of the transaction to create the operation guide display screen.
There is no need to change the screen itself.

In this embodiment, a pre-stored basic screen is displayed according to the type of transaction at the start of the transaction, but the basic screen is one screen, and the wording is changed as appropriate depending on the type of transaction. You can do it like this. In addition, in this embodiment, an ATM is explained in which the medium is suddenly inserted and removed.
A similar screen display method can be used for simultaneous insertion/extraction type ATMs.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing the external appearance of an automatic teller machine according to the present invention, FIG. 2 is a block diagram showing the circuit configuration of the CRT control section, FIG. 8 is a diagram showing the stored contents of the program memory, and FIG. The figure shows the contents stored in the data memory. Figures 5 (a) to (e) are diagrams showing images stored in the screen data memory. Figure 6 is the overall configuration of the automatic teller machine. 7(a) to 7(f) are diagrams showing operation guidance screens at each stage of operation, FIG. 8 is a flowchart showing the operation of this automatic teller machine, and FIG. 9 is a diagram showing the operation before transaction. Flowchart showing processing routine, 1st
Figure 0 is a flowchart showing the card insertion reception process.
Figure 1 is a flowchart showing the passbook/PIN acceptance process.
2 is a flowchart showing the PIN code key-in reception process, 1st F@ is a flowchart showing the amount key-in reception process,
1st revision is a flowchart showing the passbook/card insertion reception process, FIG. 15 is a flowchart showing the banknote reception process, FIG. 16 is a flowchart showing the passbook insertion reception process,
Figure 18 is a flowchart showing the return processing routine, Figure 18 is a flowchart showing return instruction screen display processing, and Figure 19 is a flowchart showing the return processing routine.
20 is a flowchart showing the process of returning a banknote, FIG. 20 is a process of returning a card, FIG. 21 is a process of returning a bankbook, and FIG. 22 is a flowchart showing the process of discharging cash/slips. 9...Display device, 10...CPU, 11...Program memory, 12...Data memory, 13...Screen data memory, T1-T18...Text Patent applicant Tateishi Electric Co., Ltd. Representative Patent Attorney Yoshiki Okamoto (and 1 other person) Figure 1 Figure 4 Figure 12 Figure 5 (α) Figure 5 (C) Figure 5 (b) Figure 5<d) Figure 12 Figure 13 Procedural Amendment (&1i)1.
Case description 1982 Patent Application No. 121577 2 Name of invention Automatic teller machine 3 Address of patent applicant 10 Hanazono Tsuchido-cho, Ukyo-ku, Kyoto-shi, Kyoto Name (294) Representative of Tateishi Electric Co., Ltd. Takao Miki 4, Agent address ◎6, 8th floor, Shinkosan Building, 1-13-38 Nishihonmachi, Nishi-ku, Osaka-shi, Osaka 550, Contents of amendment (1) "Insertration" on page 6, line 14 of the specification The description has been corrected to "operation." (2) Change the description of rT13J on page 7, line 3 of the specification to rT1
I will correct it to 4J. (3) Change the description of rTllJ on page 9, line 12 of the specification to rT
I will correct it to 12J. (4) The description of "Transaction" on page 10, line 20 of the statement will be corrected to "cancellation." (5) The description "1 Routine 44" on page 17, line 9 of the specification is corrected to "routine 54J." (6) r184J and 16 on page 19, line 15 of the specification.
The description of r185J in the row is r185J. Corrected to r186J. (7) The statement "r186,187" on page 20, line 1 of the specification will be corrected to r187,188J. (8) Change the statement "If it is zero" in lines 8 to 9 on page 20 of the specification [If it is zero, change the wording on the right side of "Banknote" to T14. In other words, change it to "Please enter (up to 50 sheets)" in step 1.
79), corrected as J. (9) r179J on page 20, lines 10 and 14 of the specification
, r180J respectively. I first corrected it as rl 81J. (10) "181-183" on page 20, line 15 of the specification
First, I corrected the description to ``1182-184''. . (11) Figures 3 and 15 of the drawings will be corrected as shown in the attached sheet. Above Figure 3 1 Figure 15

Claims (2)

[Claims] (1) Operational guidance data regarding expected input/output exposures and input items during transactions in automatic teller machines that perform transactions including cash withdrawals and deposits using at least either a bank account or a cash card. a storage means for storing at least one operation guidance image data for collectively displaying the information on the screen and display change data for the screen; a display for displaying the operation guidance image for the transaction; an automated teller machine, comprising: control means for displaying on the display and rewriting a part of the display in accordance with the progress of the transaction to provide operational guidance. (2) The operation guidance image data stored in the storage means includes operation guidance image data that provides operation guidance for the input medium and input items at the time of starting a transaction, and operation guidance image data that provides operation guidance for the output medium at the time of transaction completion. (3) The operation guide image data at the time of starting a transaction stored in the storage means includes a plurality of data corresponding to the type of transaction.