Alarming mechanism and alarming method for linkage control system of large-scale traffic hinge

Abstract

The invention relates to an alarming mechanism and an alarming method for a coordinated control system of a large-scale traffic hinge. The alarming mechanism comprises: a main module, which is used for receiving external dynamic information and sending a signal that is emitted by a server; and two or more than two submodules, which are connected to the signal of the main module; and a linkage control mode processing unit and a non-linkage control mode processing unit are maintained to carry out difference operation. According to the alarming mechanism and the alarming method provided in the invention, alarming information of all units of a whole system can be real-time received and corresponding processing is carried out according to different units, so that security is considered and realized; moreover, operation of the system can be maintained to the greatest extent. Besides, a sound or image alarming mode is also employed and alarming information can be notified to monitoring people of other submodules; and the monitoring preople of the other submodules prompt timely the monitoring personnal of the submodule. Therefore, security and reliability of the alarming mechanism and the alarming method are further improved.

Description

technical field [0001] The invention relates to an alarm mechanism and an alarm method, in particular to an alarm mechanism and an alarm method of a large-scale transportation hub linkage control system. Background technique [0002] Since the 1980s, practical problems such as population growth, resource depletion, and environmental damage have become increasingly prominent. Human economic and social development has exceeded the carrying capacity of resources and the environment, and energy conservation and consumption reduction are imperative. Major transportation hubs also consume huge energy while transporting passengers every year. The main energy-consuming equipment includes air-conditioning systems, lighting systems, heat exchange systems, elevator systems, aerial display systems, televisions, etc. Although many energy-saving measures have been taken, there are still many obvious wastes of resources, such as: the existing start-stop The equipment method is manual cont...

AI Technical Summary

Problems solved by technology

[0003] 1. Generally, the start-stop method with reference to the first and last information cannot be accurately controlled, resulting in a serious waste of electricity in areas without passengers;

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