A system and method for obtaining an alarm

Abstract

The embodiment of the invention provides a system and method for acquiring an alarm. The system is applied to an articulated naturality web, and comprises a monitoring device, a protocol conversion server, an articulated naturality web server, a monitoring management platform and a webpage front end, wherein the protocol conversion server is connected with one or more monitoring devices. Through the system, information interaction between the monitoring equipment on the Ethernet and the articulated naturality web is realized, and the monitoring management platform on the articulated naturalityweb can acquire the alarm information on the monitoring equipment in each region in real time, so that monitoring management personnel can conveniently know the personnel gathering condition of eachregion in time, and security management can be carried out more efficiently.

Description

technical field [0001] The invention relates to the technical field of Internet of Things, in particular to a system and method for obtaining alarms. Background technique [0002] With the deployment of the national social security comprehensive management video network, the video network has integrated outdoor monitoring equipment located in provinces, cities, counties and townships across the country. However, because each monitoring device comes from different manufacturers, the technical architecture and standards adopted are different, and these monitoring devices are generally deployed on the Ethernet, it is difficult to realize data interaction with the Internet of Vision. For example, when the number of people within the monitoring range of the monitoring equipment exceeds the set threshold, an alarm message will be generated. At this time, only the co-translation server located on the Ethernet and the Internet of Vision can receive the alarm message, because the tec...

AI Technical Summary

Problems solved by technology

However, because each monitoring device comes from different manufacturers, the technical architecture and standards adopted are different, and these monitoring devices are generally deployed in Ethernet, it is difficult to achieve data interaction with the Internet of View

For example, when the number of people within the monitoring range of the monitoring equipment exceeds the set threshold, an alarm message will be generated. At this time, only the co-translation server located on the Ethernet and the Internet of Vision can receive the alarm message, because the technical architecture and information format The MServer (monitoring and management platform) located on the Internet of Things cannot know in real time, resulting in the inability to control and process the alarm information in time

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