JPS61100897A - Alarm print processor - 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 [Field of Application of the Invention] The present invention relates to an alarm print processing device for use in all types of equipment such as remote monitoring and control equipment, sequencers, etc. that require printing of failure status.

[Background of the invention]

Figure 3 shows an example of an alarm print processing device using a conventional device.
The figure shows an example of conventional printing. In the data reception processing section 4 of FIG. 3, when a change in condition is detected in the received data, printing parameters 7, . 7. ~7° is loaded by the print parameter development section 8.

Thereafter, print data is generated in the editing processing section 11, and actual printing is performed by the typewriter 17. This operation process is shown in the flowchart of FIG.

In conventional alarm printing, for example, when a fault condition occurs, the time of occurrence, the group to be controlled (the large group group to which the faulty equipment belongs), etc.
, system name (small group name to which the faulty device belongs), faulty device name,
It is common to print one line in the order of the failure details. It also has the printing parameter resolution to print one line for each device that is the target of an alarm message. This is also the case in JP-A-59-22137.

By printing the alarm, the only information that the operator knows is the failure status of the target equipment at the time the failure occurred and the recovery time. Moreover, unlike a form, the conventional print format has the disadvantage that, from the viewpoint of ease of search, column positions are not arranged according to items such as so-called controlled stations and system names. Therefore, information about the target device is randomly distributed for each line of failure at the time of occurrence of the - line.
It was really inconvenient when searching for occurrences and recoveries of the same position.

[Purpose of the invention]

The purpose of the present invention is to create a vertically divided tabular output in a free format in which the name of the controlled station, system name, faulty equipment name, etc. belonging to the message are set as type items in advance, like a report, in alarm printing processing. and a fault condition occurs (0) ・
By printing a reset (x), the operator can notify the target equipment of any malfunction.
6 [Summary of the Invention] The feature of the present invention is to enable the recovery time and status contents to be easily searched. Load the print column position parameters from the control station NO, and print the failure item column at the same time using fixed format parameters, and due to the 0N10FF condition of the position, an (x) appears in the corresponding failure item column.

By printing a return (○) mark, it is possible to output a free-format form while having an alarm printing function (see Fig. 6).

[Embodiments of the invention]

An embodiment of the present invention will be described in detail with reference to FIG. 1 and a printed example shown in FIG. 6. Further, FIGS. 2(a) and 2(b) show flowcharts explaining the operation. The difference with the conventional device is that the parameters for alarm printing processing were only printing parameter group 7 for each position, whereas printing parameters 71.72
-7o and a fixed format parameter group 14 corresponding to the column position parameter group 10 and the print line counter specified by the controlled station number.

When a state change is detected in the received data in the data reception processing section 4, the print parameter corresponding to the state change position determined by the reception data decoder section 5 is generated by the print parameter expansion section 8. ~7. more loaded. This printing parameter includes the group number to which the state change object belongs as an element, and from this and the controlled station number, the column position parameter 10 of the corresponding position is determined by the column position parameter expansion unit 9. ~10. Determined from.

On the other hand, when printing out in the form of a ledger, it is necessary to make it easy to read by using the printer paper page as a unit, so it is necessary to set up a print line counter and monitor the table so that it does not span two pages. (Row count control unit 7). Further, fixed format data for free format column printing is also selected by the line counter control section 7 and fixed format expansion section 13 from the fixed format parameter group 14 corresponding to the print line counter. Fixed format parameters are (1) title and top item name, (2)
There are three possible options: item boundaries, and (3) the top of the table.

Messages are generally managed for each target item such as controlled plant group, system name, etc. If the present invention is used, a management table automatically classified by target item can be created. Also, instead of simply determining the column position for each position,
By setting each Hayabusa group to have a common feature such as the strain name, the column position parameters are kept to a minimum, and even when the number of positions increases, it can be handled without breaking the printing format. On the other hand, to print the fault status, the fault item field has already been created with fixed format expansion, so the status name is printed with easy-to-understand symbols such as occurrence (x) and recovery (0), and the position point is printed in the corresponding fault item field (parameter 8). Print accordingly. (The print output format is as shown in Figure 6).

If this method is adopted in this way, it becomes possible to print out a free format document while having an alarm printing function.

In the figure, 1 is a controlled station, 2 is a transmission path, 3 is a control station, and 6 is a controlled station.
12 is a controlled station NO detection unit, 12 is a row count control unit, 15 is
1 is a page break control section, and 16 is a print output section.

〔Effect of the invention〕

According to the present invention, by using column position parameters and fixed format parameters, it is possible to obtain a tabular alarm mark 1.: output with monitoring targets as items. This makes it possible to manage the failure status of each monitored item based on the output results of the printer.

[Brief explanation of drawings]

Figure 1 is a configuration diagram of an embodiment of the present invention, Figures 2 (a) and (b)
) is an operation flowchart in the alarm print editing process of the present invention, FIG. 3 is an example of a conventional journey, FIG. 4 is an operation flowchart in the conventional alarm edit print process, and FIG.
FIG. 6 is a diagram showing an example of a conventional print format and an example of an alarm print format according to the present invention, respectively. 13...Fixed format parameter expansion part, 14...
・Fixed format parameter group, 15...Kaipe Ichirai 1 Zusong 2

Claims (1)

[Claims] 1. Vertical division by providing a specified element in the printing parameters corresponding to the fault position of the controlled station, a column position parameter specified by the controlled number, and a fixed format parameter corresponding to the printing line counter. An alarm printing processing device characterized in that an abbreviation of a failure item is printed in advance on the screen, and when a failure condition occurs or is restored, a message or symbol indicating the occurrence or restoration is printed in the corresponding item column.