Wireless fire prevention system

Abstract

The invention discloses a wireless fire prevention system. The wireless fire prevention system comprises a monitoring management layer, a data management and analysis layer, a network communication layer and a data acquisition equipment control layer. The monitoring management layer, the data management and analysis layer, the network communication layer and the data acquisition equipment controllayer are combined to form the distributed fire prevention system with the four-stage structure. The monitoring management layer means that users manage fire alarm equipment mainly through mobile clients, alarm parameters and alarm scenes can be set on the mobile clients, historical alarm information and equipment operating states can be inquired on the mobile clients, and family fire alarm information is received on the mobile clients in a remote mode. The data management and analysis layer conducts data storage and analysis and has the functions that user parameter setting is stored, alarm records are stored, equipment failure records are automatically added, module data are collected and analyzed, and whether an alarm is triggered or not to inform the users is determined after the module data are subjected to normalization processing. The network communication layer comprises data acquisition module and gateway communication, gateway module and mobile client communication and localcontrol which is conducted after the Internet is lost.

Description

technical field [0001] The invention relates to the technical field of household wireless fire protection systems, in particular to a wireless fire protection system. Background technique [0002] Single sensor, or sensor fusion in a single field, mostly temperature sensing, light sensing, smoke sensing, and infrared images, mostly adopts bus structure, and is centrally placed in the kitchen. Centralized placement tends to ignore other areas of the home; the bus structure needs to be wired during the decoration stage. It is not conducive to equipment upgrades; electrical equipment is now used in all aspects of life, and there are a large number of fires caused by electrical equipment every year. Traditional family fire prevention in a single field is generally reported after the fire occurs, and it is easy to ignore fires caused by electrical causes. To control electrical fires, infrared image sensors are expensive and not suitable for ordinary families. Therefore, the pres...

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Problems solved by technology

[0002] Single sensor, or sensor fusion in a single field, mostly temperature sensing, light sensing, smoke sensing, and infrared images, mostly adopts bus structure, and is centrally placed in the kitchen. Centralized placement tends to ignore other areas of the home; the bus structure needs to be wired during the decoration stage. It is not conducive to equipment upgrades; electrical equipment is now used in all aspects of life, and there are a large number of fires caused by electrical equipment every year. Traditional family fire prevention in a single field is generally reported after the fire occurs, and it is easy to ignore fires caused by electrical causes. To control electrical fires, infrared image sensors are more expensive and not suitable for ordinary households

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