(1) Establish a fire big data application platform with hierarchical early warning. Comprehensive use of mobile Internet of Things, cloud computing, big data and other technologies, based on wired, wireless, mobile Internet, NB-IoT and other modern communication methods, relying on the "Jin Zhiyun" smart fire big data service platform, to establish a hierarchical early warning fire big data application platform. The urban Internet of Things fire remote monitoring system, intelligent safe electricity monitoring system, intelligent independent smoke alarm system, intelligent fire hydrant management system, urban high-definition video monitoring system, unit daily fire patrol management system and mobile law enforcement mobile APP system are integrated into a network to realize online monitoring, intelligent analysis and hierarchical early warning functions, and are interconnected with the fire emergency command system.
(2) Install NB-IoT intelligent independent fire (combustible gas) detection alarm, which will be laid and applied in a large area in the whole area. Focus on promoting the installation and use of NB-IoT intelligent independent fire (combustible gas) detection alarm in "nine small" places such as old high-rise buildings, student (staff) dormitories, pension welfare institutions, bazaars, group renting houses, shanty towns and "three in one" places. In particular, intelligent independent fire detection alarms and independent combustible gas detectors are installed indoors in residential buildings. Upload the alarm signal to the system in time, and the system will automatically broadcast or send an alarm to the owner, property, community, micro fire station, etc. Through mobile APP, SMS and WeChat alarm, the rapid linkage emergency response of fire alarm can be realized.
(three) the upgrading scheme of the Internet of Things for fire protection facilities in key places. High-rise (underground) buildings with automatic fire-fighting facilities and key fire-fighting safety units shall carry out technical transformation of fire-fighting Internet of Things, set up data transmission devices, add monitoring devices for water pressure, water level, valve opening and closing, fire doors, smoke control equipment and other switch states, and use video monitoring system to monitor the safety exits and evacuation passages and the duty situation of fire control room; Access the relevant data of leakage current and cable temperature of electrical fire monitoring system; All monitoring information such as fire protection facilities and electrical safety are connected to the urban fire remote monitoring system, and the personnel on duty can dynamically monitor and present the fire safety status of networked units by using the mobile APP, so as to improve the integrity rate of fire protection facilities.
(four) to promote the popularization and application of intelligent and safe electricity monitoring devices. Focus on cultural relics buildings, boarding schools (kindergartens), pension (social welfare) institutions, hospitals and other crowded places and high-risk fire places to promote the installation and use of intelligent safety electrical devices and electrical fire monitoring systems based on NB-IoT, and strive to solve fire safety problems caused by electrical equipment (lines) failure, improper use of electricity and other reasons. Real-time monitoring, alarm, feedback and recording of electrical faults such as excessive residual current, short circuit and overtemperature in the distribution system, and establishment of intelligent electrical monitoring, fire alarm and remote automatic power-off function system to improve the power safety management ability of units and individuals and the ability to deal with potential electrical safety hazards.
(5) Using the Internet of Things fire hydrant and municipal water source monitoring system to realize the "intelligent" management and maintenance of municipal fire hydrants. Establish a "smart fire hydrant management system" for municipal water source official website and fire hydrants, and implement accurate positioning, water pressure monitoring and damage alarm for municipal fire hydrants through Internet of Things technology to meet the maintenance and fire extinguishing requirements of municipal fire hydrants. Kyntola connects the intelligent fire hydrant management system to the fire remote monitoring platform to realize real-time display of fire hydrant positioning, water supply pressure, remote field management of mobile terminals, monitor abnormal situations such as theft, water stealing, damage and collision, and provide intelligent distribution of fire hydrants for fire fighting and rescue operations.
(six) key industries to build fire remote monitoring system platform. Education, health, civil affairs, cultural tourism, housing construction, petrochemical, power supply, postal services, banking, tobacco and other key industry systems. Combined with the construction of the Internet of Things in this industry system, a sub-platform of the Internet of Things fire remote monitoring system in this industry system should be established to collect all kinds of fire alarm signals, fault signals and image information at the monitoring site of this industry system in real time, and access to the urban Internet of Things fire remote monitoring system to realize online analysis and judgment of fire safety risks in this industry system, and fully compact the responsibilities of fire safety units and industry subjects.
(seven) community building property fire remote monitoring system platform. Establish a remote monitoring sub-platform of community fire-fighting Internet of Things, include alarm information such as community fire-fighting facilities, independent smoke alarms and gas alarms, and upload the alarm information to the system in real time, so as to realize wireless linkage between mobile APP and community property attendants and members of micro fire stations, and strengthen fire grid management. Promote the installation of NB-IoT intelligent independent smoke sensor, intelligent independent combustible gas detection alarm and intelligent safe electricity device in community pension places, children (trusteeship) education places and key service crowd activity places.
(eight) fire technical service institutions to establish fire maintenance monitoring system of Internet of Things. The establishment or use of the Internet of Things monitoring system for fire protection maintenance of fire protection technical service institutions is included in the important content of practice supervision, and the fire protection maintenance service institutions are urged to use the Internet of Things technology in accordance with the law to monitor the operation and fault alarm of fire protection facilities in service projects in real time, so as to solve the problems of untimely fault handling and low maintenance quality of fire protection facilities, standardize the fire protection maintenance service process and improve the service quality.