CN105719054A - Disaster rescuing spot commander information sharing method and system based on mobile terminals - Google Patents
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Abstract
The invention discloses a disaster rescuing spot commander information sharing method and system based on mobile terminals. The system can realize voice video communication, audio and video data uploading and sharing needed by onsite commanding and also reserve interfaces for remote interaction with a superior command system and a decision support system. According to the method and system, front-line commanders can rapidly collect, grasp and process important disaster, rapidly respond to an onsite emergency and make decisions quickly and act quickly; and at the same time, communication and cooperation with other onsite rescue forces can be smoother, and the onsite rescue efficiency and the rescue efforts can be improved to a quite large degree.
Description
Technical field
The present invention relates to technical field of preventing and reducing natural disasters, particularly relate to a kind of disaster relief floor manager person's information sharing method based on mobile terminal and system.
Background technology
Currently, when the disasters such as tsunami, earthquake, volcano, hurricane, flood, arid, mud-rock flow, severe snow, dense fog, haze, fire occur, the rescue strength such as fire brigade, armed police, PLA needs to rush towards scene in the very first time, implements to evacuate rescue masses suffering from disaster, assembles the rescue works such as distribution disaster relief supplies.These work are very urgent, for minimizing masses' injures and deaths and the property loss of trying one's best, the leader of a group of people is operated in first-line floor manager person and has a great responsibility, not only want to pass on accurate for superior instructions to field rescue personnel in time, the timely superior of development simultaneously also needing to on-the-spot situation is reported, and situation is flexible takes urgent measure according to on-the-spot.Therefore the disposal ability of information and response speed are had and have high requirements.
Along with the development of computer technology, disaster relief commander has no longer relied solely on the brain decision-making of commander, and more be rely on the powerful data acquisition of computer, analysis and computing function.Therefore, the present invention proposes a kind of disaster relief floor manager person's information sharing method based on mobile terminal and system.
Summary of the invention
It is an object of the invention to for the technological deficiency existed in prior art, and a kind of disaster relief floor manager person's information sharing method based on mobile terminal and system are provided.
For realizing the purpose of the present invention, the technical solution adopted in the present invention is:
A kind of disaster relief floor manager person's information sharing method based on mobile terminal, described method comprises the steps:
Data after analysis are sent to the mobile terminal of a line commander by moving emergency platform；
By the mobile terminal of commander, floor manager person can pass through the communication modes such as image, video, voice, carries out linking up and exchanging with between higher level command centre, on-the-spot each rescue unit at any time；
Moving emergency platform is as the highest command system of on-the-spot emergency management and rescue, to real time data acquisitions such as on-the-spot audio frequency and video, and it is uploaded to senior command centre by network, on-the-spot situation information and the information for supporting some decision of senior command system can be come from by the download that network is real-time simultaneously；Moving emergency platform can be real-time collection site image, geography information, the multiple letter such as dangerous matter sources and ambient parameter be uploaded to the computer of senior command centre and carry out data process and analysis；Moving emergency platform can be real-time display disaster field landform and building electronic three-dimensional map, and by emergency vehicles, rescue dynamically real-time the displaying on electronic chart of situation of change such as strength, the distribution of materials, Study on Trend and decision-making for floor manager decision-maker are expressed and are provided convenient means, make on-the-spot emergency command more intuitively convenient.
Wherein, described moving emergency platform is connected with emergency commanding platform system with described integrated management of preventing and reducing natural disasters, described integrated management of preventing and reducing natural disasters includes data acquisition end and command centre, floor manager with emergency commading system, described data acquisition end includes remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager includes floor manager car, and described command centre includes prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
Wherein,
The initial data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time；
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the initial data of collection is sent to floor manager car；
Above-mentioned initial data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time；
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze described initial data and draw fact and the condition of a disaster evolving trend of disaster field, and manifest in three-dimensional electronic landform Architecture model, make commanding's grasp scene situation promptly and accurately, reference is provided for its decision-making, contingent disaster is carried out early warning, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
Wherein, described integrated management of preventing and reducing natural disasters includes database layer with emergency commanding platform, service layer and application layer, described database layer includes geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource data base, described service layer includes data analysis service, data display service, data sharing service, described application layer includes the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, cross-region is trans-departmental is uniformly coordinated commander's interface system, disaster alarm supports system, multi-platform information support system, the condition of a disaster assessment support system, the condition of a disaster reconstruction information supports system, Disaster information issue system.
Correspondingly, present invention also offers a kind of disaster relief floor manager person's information sharing system based on mobile terminal, the data after analysis are sent to the mobile terminal of a line commander by moving emergency platform；
By the mobile terminal of commander, floor manager person can pass through the communication modes such as image, video, voice, carries out linking up and exchanging with between higher level command centre, on-the-spot each rescue unit at any time；
Moving emergency platform is as the highest command system of on-the-spot emergency management and rescue, to real time data acquisitions such as on-the-spot audio frequency and video, and it is uploaded to senior command centre by network, on-the-spot situation information and the information for supporting some decision of senior command system can be come from by the download that network is real-time simultaneously；Moving emergency platform can be real-time collection site image, geography information, the multiple letter such as dangerous matter sources and ambient parameter be uploaded to the computer of senior command centre and carry out data process and analysis；Moving emergency platform can be real-time display disaster field landform and building electronic three-dimensional map, and by emergency vehicles, rescue dynamically real-time the displaying on electronic chart of situation of change such as strength, the distribution of materials, Study on Trend and decision-making for floor manager decision-maker are expressed and are provided convenient means, make on-the-spot emergency command more intuitively convenient.
Wherein, described moving emergency platform is connected with emergency commanding platform system with described integrated management of preventing and reducing natural disasters, described integrated management of preventing and reducing natural disasters includes data acquisition end and command centre, floor manager with emergency commading system, described data acquisition end includes remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager includes floor manager car, and described command centre includes prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
Wherein,
The initial data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time；
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the initial data of collection is sent to floor manager car；
Above-mentioned initial data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time；
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze described initial data and draw fact and the condition of a disaster evolving trend of disaster field, and manifest in three-dimensional electronic landform Architecture model, make commanding's grasp scene situation promptly and accurately, reference is provided for its decision-making, contingent disaster is carried out early warning, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
Wherein, described integrated management of preventing and reducing natural disasters includes database layer with emergency commanding platform, service layer and application layer, described database layer includes geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource data base, described service layer includes data analysis service, data display service, data sharing service, described application layer includes the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, cross-region is trans-departmental is uniformly coordinated commander's interface system, disaster alarm supports system, multi-platform information support system, the condition of a disaster assessment support system, the condition of a disaster reconstruction information supports system, Disaster information issue system.
Compared with prior art, the invention has the beneficial effects as follows: native system not only possess floor manager needed for voice and video communication, audio, video data upload and share, also reserved and carried out the interface of remote interaction with higher level's command system, DSS.Making a line commander can collect rapidly, grasp and process important the condition of a disaster information, accomplish quick response for on-the-spot unexpected incidents, make a policy rapidly expansion action；Simultaneously with other rescue strength on-the-spot exchange with coordinates more unobstructed, it is possible to improve field rescue efficiency and the dynamics of rescue to a great extent.
Accompanying drawing explanation
Fig. 1 show the present invention based on the structural representation of prevent and reduce natural disasters integrated management and emergency commanding platform system；
Fig. 2 show the present invention and prevents and reduces natural disasters integrated management and emergency commanding platform software system structure figure；
Fig. 3 show the present invention and prevents and reduces natural disasters integrated management and emergency commanding platform software workflow figure；
Fig. 4 show the moving emergency platform structure figure of the present invention；
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
Should be noted that, " connection " described herein and be used for expressing the word of " connection ", such as " being connected ", " being connected " etc., it both may refer to a certain parts and had been directly connected to another parts, it is also possible to refers to a certain parts and is connected with another parts by miscellaneous part.
Embodiments herein is based on the integrated management various concrete application with emergency command software platform system of preventing and reducing natural disasters.The application prevents and reduces natural disasters integrated management and emergency command software platform system, it is with control and command centers at different levels and on-the-spot Emergency Command Vehicle for relying on, carry out data acquisition by means of meteorological satellite, high and medium unmanned plane, low latitude unmanned plane, ground robot (including ground robot and underwater robot), fixed installation monitoring device, set up Emergency command decision-making system.This system gathers in real time, analyzes various data, and is shown in dimensional topography and BUILDINGS MODELS in real time by various data results, and guides commander to implement emergency plan formulation and emergency command in the way of man-machine interaction.As it is shown in figure 1, system is constructed as follows:
(1) data acquisition end
Data acquisition end is for the every Monitoring Data in Collecting operation district in real time, and the data of collection are sent to command centre.Data acquisition end can include one or more in following equipment:
Remote sensing satellite, is obtained the satellite data of operation area in real time, and satellite data is sent to command centre by satellite remote sensing technology；Satellite remote sensing coverage is big, informative.Provide for the dynamic monitoring of the large scale disasters such as typhoon, sandstorm, flood, Forset and glassland fire and provide powerful support for.
Unmanned plane, is taken photo by plane by unmanned plane and obtains the Monitoring Data of operation area, and Monitoring Data is sent to command centre；Unmanned plane can be used for operation area fixing cruise, early warning, the evacuation masses, the disaster relief etc. in a particular application；UAV Maneuver is flexible, landing is simple, it is possible to carry photographic head or infrared thermoviewer, arrives in overhead, monitored area by plane and gathers transmission view data, the shortcoming making up remote sensing satellite poor real, lack of resolution.
Intelligent robot, is obtained the Monitoring Data of operation area, and Monitoring Data is sent to command centre by intelligent robot inspection；Intelligent robot has stronger survivability, utilizes the occasion that some rescue personnels can cannot be timely entered by intelligent robot, implements data acquisition.
Image detecting, hard-wired image detecting, it is possible to key area is carried out round-the-clock 24 hours continual monitoring resultses, make up remote sensing satellite, deficiency that unmanned plane, robot can not continue to monitor.
The combination of meteorological satellite, unmanned plane, ground robot, still image monitoring equipment, constitutes ground, empty, the Trinitarian data acquisition and analysis system in sky.Make emergency commading system can control the macroscopic view overall situation, rescue First Line can be deep into again and grasp on-the-spot situation in time.
Rescue person, after there is disaster, rescue person can get the first-hand information that the disaster relief is on-the-spot, and this first-hand information is sent to command centre, and command centre utilizes this first-hand information to carry out decision-making.
(2) command centre
Command centre is for, after receiving the data that data acquisition end gathers again, being analyzed data and process.Including:
Prevent and reduce natural disasters integrated management and emergency commanding platform, including data base and data analysis service system, electronic three-dimensional map Decision Support Platform and interlinked command interface, also has the software system matched, software system includes data Layer, service layer and application layer three layers and constitutes, organically combine between each layer, thering is provided complete data maintenance, issue and application service, software development carries out based on three-dimensional geographic information system basic platform and Database Systems.Wherein, as in figure 2 it is shown, software system is made up of data Layer, service layer and application layer three layers, organically combine between each layer, it is provided that complete data maintenance, issue and application service.Software development carries out based on three-dimensional geographic information system basic platform and Database Systems.Also including commander, the analysis result that commander makes according to prevent and reduce natural disasters integrated management and emergency commanding platform carries out decision-making, carries out data interaction with floor manager car.Also including large screen display system, audio/video communication conference system, interlinked command system, it is mutual that commander carries out information by said system and floor manager car.Meanwhile, the workflow of software platform is as it is shown on figure 3, concrete function includes:
Set up dimensional topography and BUILDINGS MODELS: utilize high-precision satellite remote sensing or aerial survey of unmanned aerial vehicle data to set up operating area landform and building dimensional topography and BUILDINGS MODELS.Disaster early-warning information shows, the condition of a disaster developing state information shows, in calamity emergency command dispose all with this dimensional topography and BUILDINGS MODELS for support platform.
Output the condition of a disaster early warning information: by the analysis of historical data and real-time data collection and simulation, contingent disaster is carried out early warning, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.Thus before disaster occurs, by resolute the taking measures of government department, preventing trouble before it happens, avoiding casualties and property loss to greatest extent.
Displaying scene situation information
Utilize remote sensing satellite, unmanned plane, robot and be laid in emphasis and take precautions against natural calamities the fixing detecting devices in region, and on-the-spot Emergency Command Vehicle real-time pass on-the-spot audiovisual information back to Police Command Center, analyze fact and the condition of a disaster evolving trend of disaster field, and manifest in three-dimensional electronic landform Architecture model, make emergency command personnel grasp scene situation promptly and accurately, provide reference for its decision-making.
Disaster relief resource information is provided
Software platform provides disaster relief emergency resources information to commanding, and shows in real time on dimensional topography and BUILDINGS MODELS.Including: disaster relief troops and deployment scenario, medical personnel's ambulance berth quantity and deployment scenario, disaster relief supplies categorical measure and storage place, passenger traffic goods stock quantity and the information such as parking place, Evacuation and relocation venue location.The foundation of disaster relief emergency resources information database, management, maintenance are responsible for by each HR department.
Expert decision system
Specialist system can solve challenge in specific area inner imitation human expert's thinking.Utilizing expert system technology, adopt man-machine interaction form, integrated risk analysis and assessment, history disaster relief empirical analysis, expert group analyze, succour resource analysis, in combination diagram data, formulate Emergency command decision-making scheme by principle of optimality.Specifically include that and determine and call the kind of goods and materials, quantity, storage place and transit route；Dispose rescue troops, it is determined that staging post, arrange troops' delivery tool；Planning masses suffering from disaster and property transferring route, allotment haulage vehicle etc..
Build emergency command system
The large-scale natural disasters such as flood, arid, earthquake, hurricane, its breakdown strength is big, persistent period length, coverage are wide, often involves a province or even number is economized；Additionally, disaster relief work affairs are numerous and diverse, complicated, generally require and complete with multiple interagency coordinations such as public security, traffic, water utilities, territory, education, health, municipal administration.
With prevent and reduce natural disasters integrated management and emergency commanding platform for fulcrum, by information sharing and communication interfaces such as voice, video, images, between governments of higher levels' Police Command Center and government emergency command centre of subordinate, build longitudinal linkage command system；Between multiple departments such as public security, traffic, water utilities, territory, health, municipal administration, building transverse linkage command system, thus setting up cross-region, interdepartmental comprehensive commander's network, efficiently carrying out emergency command work.
Major incident command system
Commander's work at disaster relief scene is completed by command car.Floor manager car has the functions such as audiovideo collection, meteorological information acquisition, data transmission, audio/video conference, and command unmanned plane and robot to carry out field operation, the operation center interconnected with fixing command centre can be set up at the scene, improve remote emergency command ability.
The condition of a disaster assessment and the condition of a disaster are issued
Powerful Data acquisition and issuance function can also provide first hand truly detailed data for the condition of a disaster assessment and post-disaster reconstruction.Rapidly various information can be published to the Internet, it is achieved information sharing in larger scope simultaneously.Integrated management of preventing and reducing natural disasters will design public information publishing system with emergency commanding platform, issue some prevent and reduce natural disasters prevention bulletin and video contents, strengthen masses' emergency capability when running into disaster；Meanwhile, when disaster occurs, issue the condition of a disaster information in time and escape guide service is provided, strengthening the self-saving ability of masses suffering from disaster.The masses can accept service by the platform such as home computer, mobile phone.
(3) floor manager car
Floor manager car, commander's work at disaster relief scene is completed by command car.Floor manager car has the functions such as audiovideo collection, meteorological information acquisition, data transmission, audio/video conference, and command unmanned plane and robot to carry out field operation, the operation center interconnected with fixing command centre can be set up at the scene, improve remote emergency command ability.
Floor manager car receives the data of unmanned plane, intelligent robot, image detector, rescue group's collection, and upload the data to data-sharing systems, and can be obtained the data that integrated management of preventing and reducing natural disasters is uploaded with Police Command Center by data-sharing systems.It addition, mobile terminal device, for instance mobile phone, pad etc. can receive the data of data-sharing systems.Floor manager car can be communicated with command centre by audio/video conference.
As shown in Figure 4, the embodiment of the present invention is based on above-mentioned based on the integrated management concrete application with emergency command software platform system of preventing and reducing natural disasters.
A kind of disaster relief floor manager person's information sharing method based on mobile terminal, described method comprises the steps:
Data after analysis are sent to the mobile terminal of a line commander by moving emergency platform；
(1) on-scene communication function:
Using this mobile terminal, floor manager person can pass through the communication modes such as image, video, voice, carries out linking up and exchanging with between higher level command centre, on-the-spot each rescue unit at any time.Realize interconnecting longitudinally and between laterally-distinct unit, for floor manager personnel, the command scheduling of on-the-spot all departments personnel is provided powerful guarantee with on-the-spot cooperating with each other of all departments personnel.
(2) field network function:
Moving emergency platform is as the highest command system of on-the-spot emergency management and rescue, to real time data acquisitions such as on-the-spot audio frequency and video, and it is uploaded to senior command centre by network, on-the-spot situation information and the information for supporting some decision of senior command system can be come from by the download that network is real-time simultaneously.Thus grasping on-the-spot the condition of a disaster for a line commander to provide powerful guarantee.
(3) environmental information monitoring function:
Moving emergency platform can be real-time collection site image, geography information, the multiple letter such as dangerous matter sources and ambient parameter be uploaded to the computer of senior command centre and carry out data process and analysis.
(4) dimensional topography and building electronic map function:
Moving emergency platform can be real-time display disaster field landform and building electronic three-dimensional map, and by emergency vehicles, rescue dynamically real-time the displaying on electronic chart of situation of change such as strength, the distribution of materials, Study on Trend and decision-making for floor manager decision-maker are expressed and are provided convenient means, make on-the-spot emergency command more intuitively convenient.
Wherein, described moving emergency platform is connected with emergency commanding platform system with described integrated management of preventing and reducing natural disasters, described integrated management of preventing and reducing natural disasters includes data acquisition end and command centre, floor manager with emergency commading system, described data acquisition end includes remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager includes floor manager car, and described command centre includes prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
Wherein,
The initial data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time；
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the initial data of collection is sent to floor manager car；
Above-mentioned initial data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time；
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze described initial data and draw fact and the condition of a disaster evolving trend of disaster field, and manifest in three-dimensional electronic landform Architecture model, make commanding's grasp scene situation promptly and accurately, reference is provided for its decision-making, contingent disaster is carried out early warning, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
Wherein, described integrated management of preventing and reducing natural disasters includes database layer with emergency commanding platform, service layer and application layer, described database layer includes geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource data base, described service layer includes data analysis service, data display service, data sharing service, described application layer includes the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, cross-region is trans-departmental is uniformly coordinated commander's interface system, disaster alarm supports system, multi-platform information support system, the condition of a disaster assessment support system, the condition of a disaster reconstruction information supports system, Disaster information issue system.
Correspondingly, present invention also offers a kind of disaster relief floor manager person's information sharing system based on mobile terminal, the data after analysis are sent to the mobile terminal of a line commander by moving emergency platform；
By the mobile terminal of commander, floor manager person can pass through the communication modes such as image, video, voice, carries out linking up and exchanging with between higher level command centre, on-the-spot each rescue unit at any time；
Moving emergency platform is as the highest command system of on-the-spot emergency management and rescue, to real time data acquisitions such as on-the-spot audio frequency and video, and it is uploaded to senior command centre by network, on-the-spot situation information and the information for supporting some decision of senior command system can be come from by the download that network is real-time simultaneously；Moving emergency platform can be real-time collection site image, geography information, the multiple letter such as dangerous matter sources and ambient parameter be uploaded to the computer of senior command centre and carry out data process and analysis；Moving emergency platform can be real-time display disaster field landform and building electronic three-dimensional map, and by emergency vehicles, rescue dynamically real-time the displaying on electronic chart of situation of change such as strength, the distribution of materials, Study on Trend and decision-making for floor manager decision-maker are expressed and are provided convenient means, make on-the-spot emergency command more intuitively convenient.
Wherein, described moving emergency platform is connected with emergency commanding platform system with described integrated management of preventing and reducing natural disasters, described integrated management of preventing and reducing natural disasters includes data acquisition end and command centre, floor manager with emergency commading system, described data acquisition end includes remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager includes floor manager car, and described command centre includes prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
Wherein,
The initial data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time；
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the initial data of collection is sent to floor manager car；
Above-mentioned initial data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time；
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze described initial data and draw fact and the condition of a disaster evolving trend of disaster field, and manifest in three-dimensional electronic landform Architecture model, make commanding's grasp scene situation promptly and accurately, reference is provided for its decision-making, contingent disaster is carried out early warning, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
Wherein, described integrated management of preventing and reducing natural disasters includes database layer with emergency commanding platform, service layer and application layer, described database layer includes geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource data base, described service layer includes data analysis service, data display service, data sharing service, described application layer includes the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, cross-region is trans-departmental is uniformly coordinated commander's interface system, disaster alarm supports system, multi-platform information support system, the condition of a disaster assessment support system, the condition of a disaster reconstruction information supports system, Disaster information issue system.
The above is only the preferred embodiment of the present invention; it should be pointed out that, for those skilled in the art, under the premise without departing from the principles of the invention; can also making some improvements and modifications, these improvements and modifications also should be regarded as protection scope of the present invention.
Claims (8)
1. the disaster relief floor manager person's information sharing method based on mobile terminal, it is characterised in that described method comprises the steps:
Data after analysis are sent to the mobile terminal of a line commander by moving emergency platform；
By the mobile terminal of commander, floor manager person can pass through the communication modes such as image, video, voice, carries out linking up and exchanging with between higher level command centre, on-the-spot each rescue unit at any time；
Moving emergency platform is as the highest command system of on-the-spot emergency management and rescue, to real time data acquisitions such as on-the-spot audio frequency and video, and it is uploaded to senior command centre by network, on-the-spot situation information and the information for supporting some decision of senior command system can be come from by the download that network is real-time simultaneously；Moving emergency platform can be real-time collection site image, geography information, the multiple letter such as dangerous matter sources and ambient parameter be uploaded to the computer of senior command centre and carry out data process and analysis；Moving emergency platform can be real-time display disaster field landform and building electronic three-dimensional map, and by emergency vehicles, rescue dynamically real-time the displaying on electronic chart of situation of change such as strength, the distribution of materials, Study on Trend and decision-making for floor manager decision-maker are expressed and are provided convenient means, make on-the-spot emergency command more intuitively convenient.
2. the disaster relief floor manager person's information sharing method based on mobile terminal according to claim 1, it is characterized in that, described moving emergency platform is connected with emergency commanding platform system with described integrated management of preventing and reducing natural disasters, described integrated management of preventing and reducing natural disasters includes data acquisition end and command centre with emergency commading system, floor manager, described data acquisition end includes remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager includes floor manager car, described command centre includes prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
3. the disaster relief floor manager person's information sharing method based on mobile terminal according to claim 2, it is characterised in that
The initial data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time；
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the initial data of collection is sent to floor manager car；
Above-mentioned initial data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time；
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze described initial data and draw fact and the condition of a disaster evolving trend of disaster field, and manifest in three-dimensional electronic landform Architecture model, make commanding's grasp scene situation promptly and accurately, reference is provided for its decision-making, contingent disaster is carried out early warning, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
4. the disaster relief floor manager person's information sharing method based on mobile terminal according to claim 1, it is characterized in that, described integrated management of preventing and reducing natural disasters includes database layer with emergency commanding platform, service layer and application layer, described database layer includes geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource data base, described service layer includes data analysis service, data display service, data sharing service, described application layer includes the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, cross-region is trans-departmental is uniformly coordinated commander's interface system, disaster alarm supports system, multi-platform information support system, the condition of a disaster assessment support system, the condition of a disaster reconstruction information supports system, Disaster information issue system.
5. the disaster relief floor manager person's information sharing system based on mobile terminal, it is characterised in that
Data after analysis are sent to the mobile terminal of a line commander by moving emergency platform；
By the mobile terminal of commander, floor manager person can pass through the communication modes such as image, video, voice, carries out linking up and exchanging with between higher level command centre, on-the-spot each rescue unit at any time；
Moving emergency platform is as the highest command system of on-the-spot emergency management and rescue, to real time data acquisitions such as on-the-spot audio frequency and video, and it is uploaded to senior command centre by network, on-the-spot situation information and the information for supporting some decision of senior command system can be come from by the download that network is real-time simultaneously；Moving emergency platform can be real-time collection site image, geography information, the multiple letter such as dangerous matter sources and ambient parameter be uploaded to the computer of senior command centre and carry out data process and analysis；Moving emergency platform can be real-time display disaster field landform and building electronic three-dimensional map, and by emergency vehicles, rescue dynamically real-time the displaying on electronic chart of situation of change such as strength, the distribution of materials, Study on Trend and decision-making for floor manager decision-maker are expressed and are provided convenient means, make on-the-spot emergency command more intuitively convenient.
6. the disaster relief floor manager person's information sharing system based on mobile terminal according to claim 5, it is characterized in that, described moving emergency platform is connected with emergency commanding platform system with described integrated management of preventing and reducing natural disasters, described integrated management of preventing and reducing natural disasters includes data acquisition end and command centre with emergency commading system, floor manager, described data acquisition end includes remote sensing satellite, unmanned plane, fixed detector, intelligent robot and field rescue team, described floor manager includes floor manager car, described command centre includes prevent and reduce natural disasters integrated management and emergency commanding platform, commander and interaction systems.
7. the disaster relief floor manager person's information sharing system based on mobile terminal according to claim 6, it is characterised in that
The initial data gathered in the condition of a disaster region is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by remote sensing satellite in real time；
Unmanned plane in the condition of a disaster region, intelligent robot and laying fixing detecting devices, rescue group in real time the initial data of collection is sent to floor manager car；
Above-mentioned initial data is sent to prevent and reduce natural disasters integrated management and emergency commanding platform by floor manager car in real time；
Described integrated management and the emergency commanding platform of preventing and reducing natural disasters, analyze described initial data and draw fact and the condition of a disaster evolving trend of disaster field, and manifest in three-dimensional electronic landform Architecture model, make commanding's grasp scene situation promptly and accurately, reference is provided for its decision-making, contingent disaster is carried out early warning, and contingent for disaster region is clearly marked in dimensional topography and BUILDINGS MODELS.
8. the disaster relief floor manager person's information sharing system based on mobile terminal according to claim 5, it is characterized in that, described integrated management of preventing and reducing natural disasters includes database layer with emergency commanding platform, service layer and application layer, described database layer includes geographic information database, weather information database, historical disaster information database, disaster relief experience database, disaster relief resource data base, described service layer includes data analysis service, data display service, data sharing service, described application layer includes the calamity emergency Command Decision-making Support System based on three-dimensional virtual scene, cross-region is trans-departmental is uniformly coordinated commander's interface system, disaster alarm supports system, multi-platform information support system, the condition of a disaster assessment support system, the condition of a disaster reconstruction information supports system, Disaster information issue system.
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| CN117745505B (en) * | 2024-02-19 | 2024-06-07 | 南京熊猫电子股份有限公司 | Disaster relief command system and method based on real-time multi-mode data |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101309448A (en) * | 2008-06-12 | 2008-11-19 | 公安部沈阳消防研究所 | Special data transmission system for fire-fighting |
| CN102739786A (en) * | 2012-06-22 | 2012-10-17 | 渤海大学 | Building fire intelligent rescue system and method based on ubiquitous network |
| CN102903213A (en) * | 2012-10-12 | 2013-01-30 | Tcl集团股份有限公司 | System and method for assisting fire escape |
| CN103955174A (en) * | 2014-03-31 | 2014-07-30 | 湖南大学 | Building health monitoring system based on building information model technology |
| CN204557180U (en) * | 2014-03-31 | 2015-08-12 | 湖南大学 | Based on the building health monitoring systems of BIM technology |
| CN104967828A (en) * | 2015-07-07 | 2015-10-07 | 福建平安报警网络有限公司 | Anti-terrorism emergency command platform based on anti-terrorism one-body machine and method |
-
2016
- 2016-01-13 CN CN201610020475.6A patent/CN105719054A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101309448A (en) * | 2008-06-12 | 2008-11-19 | 公安部沈阳消防研究所 | Special data transmission system for fire-fighting |
| CN102739786A (en) * | 2012-06-22 | 2012-10-17 | 渤海大学 | Building fire intelligent rescue system and method based on ubiquitous network |
| CN102903213A (en) * | 2012-10-12 | 2013-01-30 | Tcl集团股份有限公司 | System and method for assisting fire escape |
| CN103955174A (en) * | 2014-03-31 | 2014-07-30 | 湖南大学 | Building health monitoring system based on building information model technology |
| CN204557180U (en) * | 2014-03-31 | 2015-08-12 | 湖南大学 | Based on the building health monitoring systems of BIM technology |
| CN104967828A (en) * | 2015-07-07 | 2015-10-07 | 福建平安报警网络有限公司 | Anti-terrorism emergency command platform based on anti-terrorism one-body machine and method |
Cited By (29)
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|---|---|---|---|---|
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| CN107272536A (en) * | 2017-07-20 | 2017-10-20 | 厦门日华科技股份有限公司 | A kind of civil-military inosculation natural calamity emergency commading system and method |
| CN107544382A (en) * | 2017-09-02 | 2018-01-05 | 孟旭 | A kind of earthquake rescue accessory system based on technology of Internet of things |
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| CN108346006A (en) * | 2018-02-28 | 2018-07-31 | 广东电网有限责任公司云浮供电局 | A kind of prospecting of the condition of a disaster and aid decision scheduling system and dispatching method |
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| CN110245865A (en) * | 2019-06-14 | 2019-09-17 | 深圳市城市公共安全技术研究院有限公司 | emergency rescue command method and system |
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| CN112950882A (en) * | 2021-02-01 | 2021-06-11 | 杨正 | Fire-fighting emergency rescue system |
| CN113807725A (en) * | 2021-09-26 | 2021-12-17 | 大连华信计算机技术股份有限公司 | Complete-period visual rescue command system based on digital plan |
| CN113762813A (en) * | 2021-11-09 | 2021-12-07 | 佛山市消防救援支队 | Fire rescue real-time command system |
| CN117094496A (en) * | 2023-08-03 | 2023-11-21 | 北京市市政工程设计研究总院有限公司广东分院 | Scheduling operation system based on expert rules under mechanism and machine learning prediction |
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