Design method of man-machine interface of fully adaptive integrated power supply device based on object-oriented

Abstract

The invention discloses an object-oriented full-adaptive integrated power supply device man-machine interface design method. The method comprises the following steps of: establishing a corresponding forwarding table file by adoption of an integrated power supply device main configuration file; reading the forwarding table file, loading a specification dynamic library file, and displaying information in the forwarding table file on an upper computer; establishing communication between the upper computer and a lower computer, setting a corresponding data organization class for each power interface, obtaining remote sensing, remote signalling and remote control information of each power supply from the forwarding table file according to the data organization classes, and displaying the information in an interface corresponding to the upper computer; if the information displayed on the upper computer does not satisfy a specific demand of a substation, reconfiguring system information on the upper computer, configuring information of each power supply according to a demand, and storing the configured information into the integrated power supply device main configuration file; and sending the configured data information to the lower computer, restarting the lower computer and ending the configuration process.

Description

technical field [0001] The invention relates to the field of man-machine interface, in particular to an object-oriented design method for a man-machine interface of a fully adaptive integrated power supply device. Background technique [0002] The integrated power supply monitoring device includes information such as AC power supply, DC power supply, communication power supply, and UPS power supply; the human-machine interface of the existing integrated power supply monitoring device and the configuration, layout, and wiring of the substation are a strong coupling mode, and each substation All need to develop a set of man-machine interface separately. The man-machine interface program is designed according to the configuration software of the LCD screen. It cannot flexibly display the man-machine interface information of each substation according to the requirements of the substation. The portability of the software is poor, resulting in work The quantity is large and mainte...

AI Technical Summary

Problems solved by technology

[0002] The integrated power supply monitoring device includes information such as AC power supply, DC power supply, communication power supply, and UPS power supply; the human-machine interface of the existing integrated power supply monitoring device and the configuration, layout, and wiring of the substation are a strong coupling mode, and each substation All need to develop a set of man-machine interface separately. The man-machine interface program is designed according to the configuration software of the LCD screen. It cannot flexibly display the man-machine interface information of each substation according to the requirements of the substation. The portability of the software is poor, resulting in work Large amount, difficult to maintain

[0003] The man-machine interface of the existing integrated power supply device is designed according to the man-machine interface and the configuration software provided by the manufacturer. The configuration software has certain advantages for simple animation programs, but it has great advantages in processing large amounts of data The big defect is that the forwarding table cannot insert the corresponding measuring point information at will. A slight change will require a large number of changes to the corresponding forwarding table. The address and location of the measuring point in the forwarding table need to be compared and input one by one. The maintenance workload is quite large. The code poor portability

[0004] The human-machine interface of the existing integrated power supply device only performs simple data processing and animation design for specific screens and human-machine interfaces in a specific field. Disadvantages such as inflexibility and heavy maintenance workload

Images