Configuration method under intelligent fire alarm pushing scene

Abstract

The invention discloses a configuration method in an intelligent fire-fighting alarm condition pushing scene, and the method comprises the following steps: collecting alarm condition information through an intelligent fire-fighting platform, and carrying out the analysis and preprocessing of the alarm condition information; according to the pre-processed alarm information, establishing an alarm type model, and carrying out classification processing on the alarm information; establishing a push configuration model according to the alarm information after classification processing, and pushing the alarm information to a specified processor in a specified mode; if the alarm information is not processed in time after being received, the intelligent fire-fighting platform upgrades the alarm and pushes alarm upgrading information to a superior appointed processor in an appointed mode; the specified processor receives the alarm information, timely processes the alarm information and then processes the alarm event; according to the method, the alarm information is preprocessed, the alarms are quickly classified, the alarms are pushed, different alarm type models and pushing configuration models can be quickly established according to mechanisms or hierarchies, quick alarms can be performed, and multi-layer alarms can be upgraded.

Description

technical field [0001] The present invention relates to the technical field of smart fire protection, and in particular to a configuration method in the scenario of smart fire alarm push. Background technique [0002] Smart fire protection integrates high-tech intelligent terminals and sensing devices, uses Internet of Things technology, and combines with big data cloud platforms. Once dangers and abnormalities are detected, the system will automatically notify users through terminal devices to deal with them in a timely manner. Turn passive detection of danger into active monitoring and early warning, focus on prevention, and control danger in the bud. The smart fire alarm push scenario refers to that the smart fire software platform pushes the collected dangers and abnormalities to the police processor in the form of software platform messages. [0003] In the current push scenario, there are generally the following problems: all collected police information is “equally p...

AI Technical Summary

Problems solved by technology

[0003] In the current push scenario, there are generally the following problems: all collected police information is “equally pushed”, that is, all collected police information is pushed to all police processors in the form of software platform messages; disadvantages: police processors often simultaneously After receiving a lot of alarm information, it is impossible to distinguish the priorities, and can only be processed in chronological order, which delays the processing time of major risks and may cause heavy losses; the push method is single, and all alarm information is pushed by the internal message of the software platform; disadvantages: Receivers need to pay attention to the platform information at all times, and if they are not careful, information will be missed; there is no real-time supervision on whether the police information is processed in a timely manner after it is pushed; disadvantages: due to an abnormal information push, the information is not delivered or the police processor misses processing. It will cause major safety hazards. For this reason, we propose a configuration method in the scenario of smart fire alarm push to solve the above problems

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