Alarm processing system and method

Abstract

This invention relates to an alarm process system and a method, in which, the system includes an information combined process server, a data exchange device and a pattern customer end, the method includes: the information combined process server picks up and records the operation information of devices then tansmits the information to the data exchange device, which transfers the operation information to the pattern customer end to crry out mode combination of sound, light and pattern and display alarm information based on the alarm levels.

Description

technical field [0001] The invention belongs to the technical field of radio and television broadcast control and monitoring systems, and in particular relates to an alarm processing system. Background technique [0002] With the rapid development of computer technology, in the field of radio and television broadcast control, the traditional analog broadcast system has been gradually replaced by the digital broadcast control system with hard disk and video server as the core. Obviously, the development trend of radio and television broadcast control system is digital. Replace the old-fashioned tape broadcasting, introduce hard disk broadcasting technology, complex signal matrix switching technology, material management technology, signal quality detection technology, software and database control technology, and related even the use of USB power supply, digital computer room temperature control air conditioner, Makes the current broadcast control system constantly complicate...

AI Technical Summary

Problems solved by technology

The monitoring system is difficult to be complete and perfect

An important reason that restricts the introduction of a complete and perfect monitoring system is that there are many problems in the processing of alarm information: no company can occupy all the market shares of all radio and television broadcast control system products, which will inevitably lead to different manufacturers. The monitoring equipment cannot be unified. Therefore, different monitoring equipment and different monitoring methods work independently in many aspects such as the connection method with the equipment, the method of collecting information, the formulation of data communication protocols, the structure of alarm information, and the setting of alarm content. Unable to adopt uniform standards

[0004] However, even if such a platform is launched, how to deal with various and even fundamentally different alarm information and how to arrange relevant alarm content is another important issue; Adjustment of various alarm performance issues

The original intention of system synthesis is to be able to conduct overall analysis. If the alarm processing cannot reflect this overall advantage, it will lose its meaning

At present, the content of the alarm method when the monitoring software finds that the equipment and system are abnormal is too single; for a large number of alarm information that is not concerned, it repeatedly alarms, causing chaotic noise on the equipment site, so that users have to give up using it; or for only valid for a period of time However, there is little time control and management of the alarms, and users can only grasp the validity of the alarm information by frequently closing and opening the software; there are too many alarms, and users are tired of switching between multiple monitors and software interfaces. The search speed is slow; the simple alarm processing must be done manually, the alarm timeliness is very poor, and the hierarchical display and combination are lacking. In view of these aspects, the radio and television broadcast control system needs an advanced open comprehensive alarm processing system that meets its own needs

[0005] From the above description, it can be seen that the existing alarm monitoring range is small, relatively independent, and lacks advanced applications, and the mode of alarm information is single. The combination of graphics is poor, the intelligent grading mechanism and grading display mechanism of alarm information are not perfect, the alarm cannot be found in time, the ease of use and accuracy are not high; the automatic processing after the alarm occurs is poor, and there is no automatic response strategy, mostly manual processing , the response is slow, it is easy to cause accidents, and the system security is not high; there are problems in the intelligent analysis, filtering and comprehensive mechanism processing of alarm information, and it is impossible to achieve system-level comprehensive alarm and performance statistics

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