JPS59125779A - Alarm display for crt display unit - 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] <Technical Field of the Invention> The present invention relates to a transaction processing device such as an automatic teller machine, which displays various information to customers.
U, - (Cathode Ray Tube) In connection with display equipment trade, the present invention provides a novel alarm display method suitable for notifying customers when a system error such as an operation error occurs. It is something to do.

<Background of the Invention> For example, in a conventional automatic teller machine, various guides related to transaction operations are displayed on the CRT screen according to the operation process, and the customer confirms the displayed contents and sequentially proceeds with the specified transaction. It is a disaster that will cause this to happen. By the way, during a series of operations, customers may operate the machine incorrectly.
In this case, conventional machines notify the customer of the operational error by displaying an error message or error mark on the CR1 screen. However, both of these warning systems lack the ability to alert customers and have disadvantages such as being unable to obtain sufficient warning effects.

<Objective of the Invention> An object of the present invention is to improve the ability to alert customers by devising a pattern display method on a CRT display device, thereby improving the warning effect.

<Configuration and Effects of the Invention> In order to achieve the above object, the present invention expands or reduces a pattern displayed on a CRT screen stepwise to a predetermined magnification at regular time intervals (this enlarges or reduces the pattern). The operation was configured to be executed repeatedly until the error was reset.

According to the present invention, it is possible to give a strong impression of the N6 Kuhn to the customers by displaying it, thereby increasing the ability to attract the attention of the customers, and having excellent effects such as greatly improving the warning effect. play.

<Description of Embodiments> The illustrated example shows the method of the present invention in a transaction processing bag tube.
Although the present invention is shown as an example implemented in a T display device, the present invention is not limited to this, but can also be applied to various CRT display devices for other uses.

FIGS. 1 (1) to (3) show a state in which an "error mark" indicating a system error is enlarged and displayed on the CRT screen in stages.

The alarm display method of the present invention first displays [-] on the CR-17 screen 1.
display a character and graphic pattern D1 of a predetermined size on the "error mark" for a certain period of time (as shown in FIG. 1 (1)),
Pattern D enlarged twice on CRT display screen 1
2 for a certain period of time @1 Figure (2) l (not shown), and (
, the pattern D3 enlarged three times will be displayed for a certain period of time on the R display screen], and this stepwise enlarged display will be continued until the error reset operation is performed by the customer. It is designed to be executed repeatedly.

FIG. 2 shows an example of a specific circuit configuration for implementing such a display method.

The example shown in FIG.
A, M) is a pattern take for displaying the above-mentioned "error mark" on the CRT3 screen, and a CR
T:I:/Troller 4 is CPU 5 (Centr
Al? ) processing Lin1t) control m ('IE 2, read the pattern take from the video ram 2, and transfer it to the CR via the shift register 6.
'T' Send to 3 and scan the screen. The shift register 6 serially converts the pattern take read from the video ram 2, and this serial take is synchronized with the shift clock output from the shift clock generation circuit 7 to convert the pattern take to the CRT 3 heavy teator 1. sent out.

The CI' U 5 outputs commands that define circuit operations and associated parameters to the CI data bus, and such data information is input to the I 10 (Input - 0 output, ) selection operation of the address decoder 8. Based on this, the signal is taken into the CRT controller 1 and shift clock generation circuit 7. The data information in i:jj includes normal commands and parameters, a zoom command that specifies the display operation of the enlarged pattern, and a zoom parameter determined by the enlargement coefficient. When sending parameters, 1, 0 OA address and 100 in address decoder 8
■10 addresses in B city area are selected, and this results in C
The terminal 31 becomes active and the CRT controller 4 is accessed. In addition, if the zoom parameter is sent 1, the address decoder 8 will have 1,0 ODs.
Both the ground terminals become active,
CRT controller 4 and shift clock generation circuit 7
f) It is accessible.

In this way, when the zoom command and the ZOOMAKE command are sent, the CR'I'' controller 1 and the roller 4 read out the pattern take from the video ram 2 with an access time corresponding to the magnification factor, and expand it according to the magnification factor. The taken signal is sent to the shift clock generator 6. On the other hand, the shift clock generator circuit 7 generates a shift pulse [
Therefore, the shift register 6 outputs the video data with the timing of the shift pulse t1 as CR.
The data is sent to T3, and the enlarged pattern is displayed.

Furthermore, CPtJ5 outputs an error occurrence signal a when an error occurs.
This (word a and C5 of address decoder 8)
The output from the two terminals is logically summed by an AND circuit 9 to form a signal 1 for activating the alarm buzzer 10.

In the figure, 11. +2 is a control signal a that notifies each part of the circuit of data acquisition and transmission in the CPU 5.

FIG. 3 shows the control flow of the cpu5.

If a trowel error occurs at the start of the 3rd part 1, -1 sc I) t, +5 is the step 11
In order to import the pattern take that takes 1 error mark into Hytheorum 2, change the command and parameters to C.
I) Send to U-take bus. Correspondingly, the address coder 8 (, J:, address 1008 and address 100B)
The Ilo address of the @ ground is specified, the C81 terminal becomes active, and the C1 (F controller 1) is accessed. Through this 2'1, the CRT' controller 4 independently inputs commands and parameters of input data information. Based on this, the pattern take related to the "error mark" is imported into the biolumn 2.Then, the CPU 5
In step 121, the zoom command and zoom parameter (enlargement factor -1) are taken and output. Correspondingly, in the address decoder 8, the I10 addresses of addresses 100A and 100D are specified, the C51 and C82 terminals become active, the c +t T controller and the shift clock generation circuit 7 are accessed, and the CRT 3 screen An enlargement factor or a pattern of 1 is displayed, and the alarm buzzer 10 is activated to emit an alarm sound. Each operation of this pattern display and alarm sound generation is performed by C.
I) It is managed by the timer that U5 has, and the pattern is displayed for 1 second and the alarm sound is generated for 05 seconds.
Continue (step 13). And step 14
Now, check whether the error reset was executed by the customer or not.If the judgment in step 4 is 'NO'
”, the process proceeds to step 15, where the pattern display operation with the enlargement factor of 2 is performed.

Similarly, in steps 15 and 16, the double enlarged pattern display continues for 1 second, the alarm sound continues for 0.5 seconds, and in step 17, it is determined whether the error reset is 'NO'.
”, the process further advances to step 18 and shifts to a pattern display operation with an enlargement factor of 3. Then, step 18,
], 9, 6, 3 times enlarged pattern display, 1 excerpt,
:1゛The alarm goes off for 05 seconds, the trajectory is executed (, step 2
If the result is "No", the process returns to step 12, and the stepwise display of the enlarged pattern is repeated until the error is reset.

The above example shows an example in which the display pattern force of CIζT3 is expanded to 1 step (・:!), but in contrast to this, a method in which the display pattern is reduced in steps Recruiting is also [・1 ability.

[Brief Description of the Drawings] Figures 1 (1) to (, 3) do not show the alarm display method according to the present invention; theory 1! Figure Jj and Figure 2 show examples of circuit configurations used to implement the present invention.The block is 1, and the block 3j is [-61 path control? 1llllilυj is a flowchart showing the process. 1...CR1 screen 1), , D2. l)3. , Display pattern 3・
...C1 branch patent applicant Tateishi Electric Co., Ltd. Yellow 2Σgo

Claims (1)

[Claims] C characterized in that a predetermined pattern is displayed on the screen of CR'I', the display pattern is enlarged or reduced stepwise to a predetermined magnification at fixed time intervals, and the enlargement or reduction operation is repeatedly executed. Alarm display method in R-IT display device.