What kind of equipment is the new document of the Ministry of Public Security on wireless fire protection?

On the basis of comprehensively promoting the construction of "smart fire fighting", in the past two years, according to the mode of "building first, building later, and repairing both inside and outside", we have focused on building "five major projects" to realize dynamic perception, intelligent judgment and accurate prevention and control, and provide information support for fire fighting work and army building.

(A) the construction of urban Internet of Things fire remote monitoring system

1. Build an "upgraded version" of the urban fire remote monitoring system, comprehensively use RFID (Radio Frequency Identification), wireless sensing, cloud computing, big data and other technologies, and rely on modern communication means such as wired, wireless and mobile Internet to integrate existing data centers, expand the number of networked users of the monitoring system, and improve the functions of system alarm linkage, facility inspection, unit management and fire supervision. Based on the traditional monitoring of the running state, faults and alarm signals of automatic fire alarm system, the fire and burning smoke are analyzed and alarmed by image pattern recognition technology. Monitor the water pressure of indoor fire hydrant and automatic sprinkler system, the water level of high-level fire water tank and fire pool, the opening and closing state of fire water supply pipeline valves, and the opening and closing state of fire doors, and use the unit video monitoring system to monitor the safety exits and evacuation passages and the duty situation of fire control room; Connect the electrical fire monitoring system or device to monitor the leakage current and cable temperature in real time; Develop a mobile APP system to dynamically monitor and present the fire safety status of networked units, and comprehensively improve the fire safety management level of social units and the effectiveness of fire supervision and law enforcement.

2. Rely on the construction of "smart city", adjust the "intermediary mode" of the operation of the existing urban Internet of Things fire remote monitoring system, and implement the "government mode" of government investment operation or government entrustment. Public security fire departments at all levels take the initiative to declare to the local government, apply for special funds for investment and construction, open them to the unit free of charge, arrange the operation budget every year, charge no operation management fee to the unit, and do not increase the economic burden of the unit to ensure the orderly construction, standardized operation and healthy development of the system.

3. On the basis of the basic completion of municipalities directly under the central government, provincial capital cities, provincial capital cities and cities with separate plans, the remote fire monitoring system of the Internet of Things will be gradually pushed to cities with conditions, and cities above the prefecture level will be completed and put into use before the end of 20 18. At present, in cities with perfect systems, by the end of 20 18, more than 70% high-risk fire units and high-rise buildings with automatic fire-fighting facilities will be connected to the system. In cities with new systems, by the end of 20 18, more than 30% high-risk fire units and high-rise buildings with automatic fire-fighting facilities will be connected to the system.

(B) Building a practical command platform based on "Big Data" and "One Map"

1, make full use of big data, cloud computing, mobile internet, geographic information and other technologies, and rely on public security network (fire information network and command and dispatch network), border access platform and public security PGIS map to realize one-map command, one-map dispatch, one-map analysis and one-map decision of fire fighting and rescue. Real-time disaster information, through the two major emergency communication systems of urban major accidents and geological disasters, real-time access to disaster scene images, sounds and data, and grasp the disaster dynamics and development trends; The working object is accurate, and the data such as the comprehensive fire fighting business information system are collected step by step, and the geographical position, general situation, structure, fire fighting facilities, digital plan, surrounding roads, water sources, major hazard sources and other information of the working object are related, so as to provide three-dimensional support for analyzing and judging the working object; Accurate strength information, optimize basic information collection and maintenance means, and realize the information display of fire brigade station, various forms of fire brigade, equipment and support materials. Provide accurate information reference for scientific command and power dispatch within the jurisdiction; Visualization of operational command, using location positioning, Internet of Things, mobile command terminals and other equipment to grasp the location, quantity and status of mobilized troops, and realize mobile information push, one-click force scheduling and information interaction between the front and rear; Through * * * enjoy docking government emergency linkage departments, social emergency linkage units, joint logistics support units and other information resources, improve the efficiency of police dispatch, joint disposal and linkage coordination. On the basis of the deep integration of information resources, the "one map" display and "big data" analysis of fire fighting and rescue information elements are realized, which provides auxiliary decision support for commanders at all levels and continuously improves the scientific and intelligent level of fire fighting and rescue in the army.

2. Build platforms at all levels according to the principle of "unifying data standards, unifying key technologies, building local organizations and reflecting hierarchical differences" to ensure the integrity of the command system and data interoperability. The platform of the Ministry of Fire Bureau highlights the inquiry and analysis of national information resources, national emergency linkage command, macro-situation judgment and inter-provincial command and dispatch; Corps platform plays a connecting role, highlighting the precise control of territorial disaster disposal and operational command; On the basis of expanding the functions of the existing fire alarm receiving and handling system, the detachment platform builds personalized judgment and analysis tools and auxiliary command applications, highlighting all kinds of information collection, reporting, refined command and scientific situation evaluation in the whole process.

At the end of 3.20 17, all corps and detachments completed the demonstration construction of 10 emergency communication support detachment and two national emergency communication systems in accordance with the Technical Plan for the Construction of Emergency Communication Systems for Major Accidents and Geological Disasters in Cities; According to the Technical Guidance Opinions on the Construction of Actual Combat Command Platform, the project plan for the construction or upgrading of actual combat command platform at this level is compiled, and the basic information of 10 is summarized and uploaded to the map at this level to meet the requirements of the actual combat command platform of the Fire Department. At the end of 20 18, according to the technical scheme and technical guidance, the corps and detachment completed the construction, upgrading and reconstruction of the actual combat command platform at the same level and the construction of two sets of emergency communication systems, and realized the networking operation of the three-level actual combat command platforms of the fire department, corps and detachment, and realized the normal collection and maintenance of various information resources and data of the platform.

(C) the construction of high-rise residential intelligent fire early warning system

1. Combine the construction of local smart electricity, gas and water systems, integrate various monitoring systems and video resources of high-rise residential buildings, and establish an intelligent fire early warning system. The urban Internet of Things fire remote monitoring system is applied to new high-rise residential buildings, which can monitor fire-fighting facilities, electrical lines, gas pipelines and evacuation stairs in real time. In old high-rise residential buildings, independent fire detectors, simple sprinklers, fire emergency broadcasting, independent combustible gas detectors, wireless manual alarms, wireless audible and visual alarm and other facilities are installed.

2. Develop mobile APP system, and use mobile Internet technology to connect all kinds of monitoring information with mobile phones. Fire supervisors, police officers of public security police stations, community grid workers, property managers, members of micro fire stations and residents of buildings can receive fire alarm signals in real time, and check the monitoring data of fire facilities, safe evacuation, electricity and gas, so as to realize the information management of fire safety in high-rise residential buildings.

3. Combined with the remote fire monitoring system of urban Internet of Things, the intelligent fire early warning system of high-rise residential buildings will be built simultaneously. At present, more than 70% of the high-rise residential buildings with automatic fire fighting facilities in cities that have built the remote monitoring system of urban Internet of Things will have access systems and application APP platforms by the end of 20 18, and all of them will have access applications by the end of 20 18. In cities with new systems, in the first half of 20 18, more than 30% of high-rise residential buildings with automatic fire-fighting facilities have access systems and application APP platforms, and all of them have access applications by the end of 20 18. In the first half of 20 18, more than 50% of the old high-rise residential buildings were equipped with simple fire-fighting facilities, and all of them were installed by the end of 20 18.

(D) Digital planning and management application platform construction

1. Make full use of the Internet of Things, mobile Internet and various sensor technologies, collect basic data of combat objects and basic information of troops, and make digital plans to meet the needs of daily familiarity with drills and operational command of troops; The plan can show the elements of fire fighting and rescue through panoramic and three-dimensional modeling, and dynamically show the evolution of disaster situation or operational effectiveness; The application platform of preplan management integrates 1 19 alarm dispatching system, "six familiarity" management system and actual combat command platform, which can realize the functions of power inquiry, geographic information measurement, operational deployment plotting, and auxiliary individual positioning. , and assist the commander to carry out the planned command and temporary command; Conduct familiarization drills, battle example rehearsals, operational command deduction and three-dimensional scene display indoors to assist commanders and combatants in business learning.

2. The Fire Department of the Ministry develops a digital plan management application platform, standardizes the plan output and data exchange format, develops a "six familiarity" management system, automatically collects the basic information and dynamic information data of key units, and synchronously introduces the basic information of the comprehensive information system to realize "one map" visual management; According to the level of the plan and the requirements of operational command, various localities have adopted technologies such as two-dimensional pictures, panoramic photos, three-dimensional modeling and tilt photography of unmanned aerial vehicles based on geographic information systems to prepare digital plans.

Before the end of 3.20 17, the corps, detachments and squadrons shall complete the digital plan template; Before June 2065438+2008, complete the research and development of the application platform of plan management, and seamlessly connect with the actual combat command platform, the familiar drill platform and the mobile command terminal; By the end of 20 18, all localities have completed the preparation of corps and detachment level plans, realized case resumption and simulation training, completed 50% of squadron level plans, and realized remote inquiry of mobile terminals and remote push of combat command centers.

(e) Establish an "intelligent" social fire safety management system.

1. All localities, especially the national "smart city" pilot areas, should actively seek the support of the local government, coordinate the departments of comprehensive management, science and technology, industry and informatization, housing and construction, and incorporate "smart fire protection" into the overall planning of "smart city" construction. On the basis of gathering and integrating data resources of fire departments and strengthening "vertical connection", we should focus on strengthening "horizontal exchange" of data with relevant government departments.

2. Require local governments to embed "smart fire protection" into the management of "smart city", and focus on integrating the fire protection management responsibilities of regulatory departments and industry departments into the "one network" of urban comprehensive management services, and carry out fire protection management synchronously in their respective industries and establish a fire safety responsibility system under the unified leadership of the government.

3. Actively innovate social fire management, guide social units to establish an internal fire safety management system by using mobile Internet technology, and realize online entry of fire safety information, online management of inspection process, online supervision of inspection activities, online evaluation of rectification quality, online judgment of safety work, and strengthen the implementation of main responsibilities. Guide fire products manufacturers to provide lifelong service for products, and encourage enterprise remote service systems to receive online user information free of charge. Combined with the construction of social credit information platform, establish fire safety integrity information system, improve the "blacklist" system of fire safety bad behavior, and establish a mutual recognition mechanism between fire safety integrity information and relevant departments.

4. Expand the function of public fire safety service platform, improve the service mode of "unified acceptance, collaborative handling and on-demand release", enrich information service resources, innovate information service means, increase the transparency of law enforcement, simplify and optimize service processes, improve work efficiency and enhance people's satisfaction.