Community fire safety rescue system based on AI voice interaction

Abstract

The invention discloses a community fire safety rescue system based on AI voice interaction, and belongs to the technical field of fire safety rescue. A community fire safety rescue system based on AI voice interaction comprises a detection interaction module, a data processing module, an Internet of Things communication module, a cloud processing module, a property operation management module, a regional fire information alarm module, a user mobile device and a message management system. The invention provides a set of AIoT fire-fighting event whole-process auxiliary system, based on the voice interaction capability of artificial intelligence, building information models in a building space are integrated, a dynamic real-time fire-fighting monitoring system is formed, and a set of fire-fighting event timely response mechanism with automatic and manual reporting functions and a scientific rescue method are gradually improved.

Description

technical field [0001] The invention relates to the technical field of fire safety rescue, and more particularly, to a community fire safety rescue system based on AI voice interaction. Background technique [0002] At present, there are two types of fire safety mechanisms in communities in China, one is a fixed alarm trigger button, and the other is an emergency call alarm through the software application interface on the mobile device. In the first case, the devices are generally distributed and designed in the public passages of the building. In some new communities, a preset alarm button will be installed in front of a fixed position indoors. At present, it is difficult for residents of the community to find a nearby alarm button when they encounter a scene outside the park that requires fire rescue, and the follow-up rescue confirmation link is not perfect. To a certain extent, the indoor design meets the need for convenient help indoors. However, there are many emerge...

AI Technical Summary

Problems solved by technology

At present, it is difficult for residents of the community to find the nearby alarm button when encountering fire rescue scenes in the outdoor places of the park, and the follow-up rescue confirmation link is not perfect.

The indoor design satisfies the need for convenient help-seeking indoors to a certain extent, but there are many emergency situations where the distance between the user and the alarm button is far away. After an emergency fire incident occurs, the user may lose the ability to move. Possibility, at this time, the alarm button cannot be triggered manually in time

The second situation is usually suitable for the user to carry a mobile device and communicate the need for emergency assistance through the application in the mobile device. However, most property service applications do not have relevant functions, and it is difficult for the few who can report the assistance demand to receive an immediate reply. After reporting, there is a lack of an intelligent system to efficiently dispatch personnel and issue emergencies in the community in real time, and users prefer to choose channels that allow manual dialogue and immediate action

[0003] In the rescue stage, most of the time from the public alarm call to the arrival of relevant personnel has missed the best rescue time, causing irreparable losses to families and society

Due to the low visibility of the environment and the lack of comprehensive information during the rescue process, it has caused great interference to the realization of efficient and safe rescue, and the life safety of rescuers has also been threatened

In most cases, it is difficult for rescuers to accurately judge whether there are survivors in the fire scene, and the specific location of survivors. To a certain extent, this method increases the survival rate of rescuers who can make a voice call for help but have difficulty leaving the outdoors

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