JPS582909A - Erroneous set display system for operation system - Google Patents

Abstract

PURPOSE:To perform setting operations of an operation system efficiently, by monitoring setting operations of a setting part consisting of plural groups and detecting and displaying erroneous operations to correct automatically errors when erroneous oprations are performed. CONSTITUTION:In a setting part having plural groups, for example, G1-G3, the group G1 consists of switches A, B, and C, and the group G2 consists of switches 1, 2, 3, and 4, and the group G3 consists of switches (a), (b), and (c). The set mode obtained by the operation of each switch is easy to learn, and it is unnecessary to refer to a table each time. If an erroneous operation is performed, the error is displayed on a part ERD by monitoring of a detection control DCT. When the error of the detecting part DCT is detected, logical operation circuts are combined to correct the error automatically.

Description

[Detailed description of the invention] An operation system that displays incorrect settings when a certain operation is performed! When controlling, a setting part such as a switch is controlled to close or open. In the example of Figure 1, switch 8W
When 1 to 8W4Y combinations are set, the operation modes are as shown in Table 1 [There are 1611 types. At this time, to detect and decode the settings of each switch, the detection control unit DOT creates appropriate control@4ijw and controls the operation control unit OTL. The operation control unit OTL appropriately controls the operation of the predetermined operation path. Unless the setter becomes skilled by controlling the 16 Sadachi mode many times, he or she will need to control it while referring to Table 1.

The detection control unit na'r also performs translation control as shown in Table 1. In this case, an unexpected mode will not be set and an abnormal state will not occur. However, when the number of setting switches becomes much larger than four, the number of modes that can be set increases, and it takes a long time to search for the zero table! I will do it.

SUMMARY OF THE INVENTION The object of the present invention is to improve the above-mentioned drawbacks, and to provide a method that can easily set conditions without having to search through a table, and that can display erroneous settings if they are made. Therefore, the gist of the present invention is to provide a device t that can divide the setting sections into a plurality of groups and display an error message if there is an incorrect setting.

Embodiments of the present invention shown in the drawings will be described below. Second
The figure is a configuration diagram showing an embodiment of the present invention.

The 10 setting switches are divided into 3 groups G1 to GsK.
The number of switches in each group is 3, 4, and 3. The first group G1 is on the switch ■■@, the second group G2 is on the switch ■■■@, I! Group 3 is labeled ■eDo. The setting modes obtained by operating each switch are limited to the 16 settings shown in Table 2, and there are no other settings.

Table 2: If you make simple conventions for each switch, such as alphabets and numbers, and memorize them, there is no need to take out the table and look up the setting mode each time. This allows for smooth switch operation. However, if an incorrect setting is made, the error can be detected and displayed using a simple device that combines one logic operation path. FIG. 3 is a flowchart of the error detection operation.

The detection control section in the embodiment shown in FIG. 2 can be further combined with one logic operation circuit to automatically correct an error when it is detected.

In other words, the abnormal state detection shown in the flowchart is when it is detected that none of the switches 0 and This is an example as shown below. At this time, since none of ■■■ are set, it is assumed that ■ is automatically set, and the operation proceeds to check the conditions in combination with the settings of other groups. Since the settings in ① have a large number of modes, it is easy to combine them with settings in other groups. -Also, in the case of abnormal state detection ■, the first group G
1 is set as a ◎ switch, and from Table 2, the second group G2 becomes ■ or ■, but it is an error because it is anything else. In this case, automatic correction as in the case of the switches of the second group G2V■ is appropriate. Furthermore, in the case of abnormal state detection ■, the first group G1 is o, mz group G
Since Z is ■, the third glue yas is only O, but ■
It is an error because it is not. In this case, it is set as ■ and the next process is advanced to 1.

Note that the error detection/indication RRD uses a light emission display by a light emitting diode or an audio display.

In this manner, according to the present invention, since conditions are grouped when setting conditions, meaningful expressions can be made, so settings can be made easily without having to search through tables. Furthermore, if an incorrect setting is made, it can be detected and displayed using a simple circuit. Furthermore, it is easy to change the configuration so that automatic correction is possible.

[Brief explanation of the drawing]

Fig. 1 is a diagram explaining the condition setting t' of the conventional operating system, Fig. m2 is a diagram showing the configuration of the embodiment of the present invention, and Fig. 3 is the
This is an operation flowchart in the figure. BW1~8W4. ■~■, ■~■, ■~0-・Setting switch DC? -...Detection control unit CTL...Operation control unit IRI)...Error detection/display patent applicant Eisuke Benbodo Suzuki, representative of Fujitsu Limited Figure 1

Claims (1)

[Claims] A monitoring circuit that monitors the setting operations of the setting sections divided into a plurality of groups in an operation system that controls the operation of a predetermined operation circuit by setting operations of the setting section! A device that can display an error message when a song is set! An output of the monitoring path is applied to an operation control unit.