Synthesis monitoring cross-platform configuration human-machine interface system

Abstract

The invention discloses an integrated monitor cross platform configuration human-computer interface system, which comprises a server and a workstation, wherein the server and the workstation are internally provided with operating systems and a human-computer interface system framework; the human-computer interface system framework is characterized by being an MVC architecture and supporting the operating systems of Unix, Linux and Windows; the system also comprises a graphical component module encapsulated with a set of basal graphic objects in an inheritance way; a graphical control module encapsulated with a set of graphic interactive controls; and a script engine system which comprises a script engine module used for parsing the script, driving a script extended function library and dynamically executing the script and a script extension module used for accessing a real time database and a historical data base and judging authority. The integrated monitor cross platform configuration human-computer interface system realizes resource sharing and interconnection requirement, and solves the hardware platform problems of a hybrid platform and a heterogeneous platform of the integrated monitor system.

Description

technical field [0001] The invention relates to a human-machine interface system, in particular to a human-machine interaction system applied to a comprehensive monitoring system of rail transit, and belongs to the field of rail transit system control. Background technique [0002] With the rapid development of domestic urban rail transit, various automation technologies have been widely used in the management of subway electromechanical equipment. The electromechanical systems of the early subway, such as environmental monitoring system, fire monitoring system, power supply system, video monitoring system, broadcast control system, ticket collection system, security door system, access control system, etc., are generally set up separately and managed independently. Each system has its own human-machine interface system. There are some shortcomings such as uneven software and hardware platforms between systems, various system structures and communication protocols, difficul...

AI Technical Summary

Problems solved by technology

There are disadvantages such as uneven software and hardware platforms between systems, various types of system structures and communication protocols, difficulty in sharing system resources, and repeated configuration of hardware equipment in each system, which is not conducive to maintenance and management.

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