Intelligent integrated monitoring system and method for display screens of passenger station

Abstract

The invention relates to an intelligent integrated monitoring system and method for display screens of a passenger station, and the system comprises monitoring collection equipment, integrated management equipment, and a display screen controller. The monitoring collection equipment collects the current ambient brightness information of an environment where each display screens of the passenger station is located. The integrated management equipment determines the screen brightness data corresponding to each display screen according to the ambient brightness information of the environment where each display screens of the passenger station is located, and transmits a screen display brightness control command corresponding to each display screen to the display screen controller according to the screen brightness data corresponding to each display screen. The display screen controller controls the display brightness of each display screen according to the screen display brightness control command corresponding to each display screen. According to the technical scheme of the invention, the system achieves the intelligent centralized control of the display screens of the passenger station, adaptively adjusts the brightness of each display screen according to the changes of ambient brightness, does not need a worker for control, reduces the power consumption of each display screen of the passenger station, and also improves the display effect of the display screens.

Description

technical field [0001] The invention relates to the technical field of intelligent control, in particular to an intelligent integrated monitoring method and system for display screens in passenger stations. Background technique [0002] The display screen of the railway passenger station plays an important role in the operation of the station and the travel of passengers. In order to better strengthen the boarding and landing organization at the station and facilitate passenger boarding, it is necessary to regulate the use of electronic display screens such as platform screens, marshalling screens, inbound channel screens, outbound channel screens, and large inbound screens. [0003] At present, most railway stations in my country use multi-channel control cabinets to control the display screens in the stations. For example, the display power control cabinet in the information room of Taiyuan Station controls the platform screens, and the control cabinet in the inbound comp...

AI Technical Summary

Problems solved by technology

For example, the display power control cabinet in the information room of Taiyuan Station controls the platform screens, and the control cabinet in the inbound computer room controls the display screens at the inbound and outbound positions. , has not yet achieved full unification and remote control

At the same time, the switch and brightness control of the existing display screens in many stations are mostly artificially controlled, mainly based on periodic timing switches, and there is no adaptive control of the brightness of the display screens in combination with external environmental factors. Necessary station power consumption

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