CN107911432A - City emergency commading platform - Google Patents

Abstract

The invention discloses an urban emergency command platform, which includes: an emergency application system for command and dispatch, a communication terminal for collecting and reporting event information, and a communication terminal for establishing communication connections between various communication terminals and the emergency application system The converged communication system is used to receive information from various communication terminals and fuse the received information to the emergency application system. It is a big data resource management system used for data sharing and exchange with the emergency application system. It is a geographic information system that provides various spatial location information for emergency application systems. The communication terminal is connected to the emergency application system through the integrated communication system, and the geographic information system and the big data resource management system are respectively connected to the emergency application system. The invention can solve the problems that the current emergency platform does not communicate with each other, has poor allocation ability, imperfect emergency response function, and cannot realize integration, intelligence, and insufficient cross-departmental processing.

Description

City emergency command platform

technical field

The invention relates to the technical field of emergency command, in particular to an urban emergency command platform.

Background technique

The emergency platform is supported by modern information and communication technology, and is a public emergency support technology system combining software and hardware. It is the carrier for implementing emergency plans and realizing emergency command and decision-making. In the prevention and response to public emergencies, it can reduce disaster losses, which is of great significance.

However, with the rapid development of society, the existing emergency platform has gradually exposed its insufficient information collection and emergency resource scheduling in the process of handling emergencies. In actual work, the existing emergency platform has the following problems:

(1) The construction and development of emergency platforms are uneven, lack of overall planning, and the city, district, and professional emergency systems cannot be interconnected;

(2) The data of each emergency response department is scattered and fragmented, the information resources already built and the emergency platform system to be built have not been effectively integrated, and there is a lack of rapid and efficient deployment of urban resources;

(3) Lack of the support of accompanying command, unable to enable on-site disposal personnel to grasp the overall information of emergencies, and unable to solve the actual combat needs of "commander" accompanying command and dispatch;

(4) The emergency response function is not perfect, unable to study and judge, deduce, and analyze the situation, lack of decision-making support capabilities, and insufficient on-site command capabilities for emergencies.

Contents of the invention

In order to solve the problems existing in the existing emergency platforms, the main purpose of the present invention is to provide an urban emergency command platform to solve the problems of the current emergency platforms, such as incompatibility of information, poor deployment capabilities, imperfect emergency response functions, and inability to realize integration and intelligence , Cross-departmental handling of insufficient issues.

In order to achieve the above purpose, the urban emergency command platform proposed by the present invention includes: emergency application system, communication terminal, basic network, integrated communication system, big data resource management system and geographic information system. Among them, the emergency application system is used for the command of emergency personnel and the dispatch of emergency resources. The communication terminal is used to collect and report the voice, on-site picture and video information of the event information to the emergency application system. The basic network is used to establish communication connections between various communication terminals and emergency application systems. The fusion communication system is used to receive information from various communication terminals and fuse the received information to upload to the emergency application system. The big data resource management system is used for data sharing and exchange with the emergency application system. Among them, big data resources include thematic databases, basic databases, and comprehensive databases. GIS is used to provide spatial location information of emergency personnel and emergency resources for emergency application systems. The communication terminal is connected to the integrated communication system through the basic network, and the integrated communication system is connected to the emergency application system. The geographic information system and the big data resource management system are respectively connected with the emergency application system.

Preferably, the communication terminal includes: a mobile terminal, a broadband and narrowband fusion terminal, and an emergency command vehicle. The emergency command vehicle is equipped with a portable LTE base station and a satellite communication system in motion.

Preferably, the basic network includes: a digital trunking private network, a broadband trunking private network, the Internet and a satellite network.

Preferably, the converged communication system includes a network access unit, a protocol conversion unit, a converged scheduling unit, and a development interface unit connected in sequence. Wherein, the network access unit includes a voice access module, a cluster access module, a video access module and a monitoring access module. The protocol conversion unit includes a voice conversion module and a video conversion module. The fusion scheduling unit includes a voice fusion module and a video fusion module. Both the voice access module and the trunking access module are connected with the voice fusion module through the voice conversion module. Both the video access module and the monitoring access module are connected with the video fusion through the video conversion module.

Preferably, the emergency application system includes: a monitoring and early warning unit, an early warning issuing unit, an emergency watch unit, an emergency resource management unit, a mobile application unit and an emergency command unit.

Among them, the monitoring and early warning unit is used to receive early warning information issued by various emergency management departments. The early warning release unit is used to send corresponding early warning opinions to the outside world according to the early warning information collected by the monitoring early warning unit and according to the emergency plan corresponding to the early warning information.

The emergency watch unit receives the event information collected by the communication terminal and invokes the corresponding emergency plan from the emergency resource management unit according to the event information.

The emergency resource management unit is used to manage various emergency resources, including input, query, and statistics of emergency material reserves displayed on GIS maps, key protection targets, major hazards, shelters, emergency experts, emergency rescue teams, and business function modules of the plan library .

The mobile application unit is applied to the communication terminal, and is used for command communication between the communication terminal and the emergency duty unit and the emergency command unit.

The emergency command unit is used to issue emergency tasks to emergency personnel according to the emergency plan, track and adjust the progress of emergency tasks, and deploy emergency resources.

Preferably, the emergency watch unit includes an information management module, a voice management module and an associated system access module. Among them, the information management module includes: an information processing sub-module, an information association sub-module, a document generation sub-module and a speech-to-text sub-module. The information processing sub-module is used for uploading and distributing various information. The information association sub-module is used to associate call records, call recordings, incoming and outgoing SMS messages, incoming and outgoing system information, and leadership instructions of the same event. The document generation sub-module is used to create various official document information reports, and the voice-to-text sub-module is used to convert the event information received in voice form into text information in the official document information report. The voice management module is used for unified dispatching and management of all telephones of the emergency command unit. The associated system access module connects the monitoring and early warning unit, the emergency resource management unit, and the audio and video conference system to the emergency duty unit.

Preferably, the emergency command unit includes a situational awareness module, and the situational awareness module is used to display emergency resource allocation and real-time situation information to the emergency command unit according to the received event information pushed by the emergency watch unit, and send emergency resource allocation information to the communication terminal , The situational information of the event.

Preferably, the emergency application system also includes an emergency simulation drill unit, which is used to simulate the occurrence of an emergency to conduct a comprehensive response exercise, and to test the rationality of the emergency command unit and the emergency plan.

Preferably, the emergency application system further includes a treatment evaluation and optimization unit, which is used to reproduce the treatment process of the emergency, evaluate the treatment process, and generate an evaluation report of the event treatment.

The beneficial effect of the present invention is that: it can effectively integrate the emergency resources of each emergency management department, form an emergency management system with vertical and horizontal linkage, intensive and efficient, quick dispatch, and powerful disposal, realize cross-regional, cross-department, and cross-field collaborative disposal, and improve emergency management. Incident response speed and disposal efficiency; the emergency application system can realize the monitoring and early warning of hidden dangers, daily on-duty tasks, emergency disposal and evaluation optimization of the disposal process, and realize the whole process of emergency management, with equal emphasis on prevention and emergency response, and combination of peacetime and wartime specialty. Compared with the existing emergency platform, the emergency platform provided by the present invention has the characteristics of deep integration of data, comprehensive grasp of information, precise auxiliary decision-making, and accompanying command and dispatch.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments of the present invention. For those skilled in the art, other drawings can also be obtained according to the structures shown in these drawings without creative effort.

Fig. 1 is the structural representation of city emergency command platform of the present invention;

Fig. 2 is a functional block diagram of the integrated communication system;

Fig. 3 is a functional block diagram of the emergency duty unit;

The realization of the purpose of the present invention, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

Detailed ways

The invention proposes an urban emergency command platform.

Referring to FIG. 1, FIG. 1 is a schematic diagram of the structure of the urban emergency command platform of the present invention.

As shown in FIG. 1 , in the embodiment of the present invention, the city emergency command platform includes: an emergency application system 100 , a communication terminal 200 , a basic network 300 , a converged communication system 400 , a big data resource management system 500 and a geographic information system 600 .

Among them, the communication terminal 200 is used to collect and report the voice, on-site picture and video information of the event information to the emergency application system 100, which includes: a mobile terminal, a broadband and narrowband fusion terminal and an emergency command vehicle.

The basic network 300 is used to establish communication between various communication terminals 200 and the emergency application system 100 through corresponding communication protocols, including: digital trunking private network, broadband trunking private network, mobile Internet/Internet and satellite network. In this embodiment, the broadband-narrowband fusion terminal conducts voice intercom with the emergency application system 100 through the digital trunking private network, conducts audio and video conferencing with the emergency application system 100 through the broadband trunking private network, mobile Internet/Internet transmission, and communicates with the emergency application system 100 through the satellite network. for satellite communications. Similarly, both the mobile terminal and the emergency command vehicle perform services such as voice intercom, video conference, and satellite communication with the emergency application system 100 through the same communication protocol.

The emergency command vehicle provides a mobile place for on-site command of emergency disposal, so as to facilitate accompanying command and dispatch. In this embodiment, the emergency command vehicle is equipped with a portable LTE base station, which can cover 2-5 kilometers of wireless signals for the on-site communication vehicle, and meet the communication needs of the emergency command vehicle when it cannot go to the scene of an emergency. The scene image of the incident is transmitted to the emergency application system 100. At the same time, the mobile communication satellite system is deployed on the emergency command vehicle. In an emergency, the satellite communication link between the emergency scene and the emergency application system 100 can be quickly established to ensure the communication between the emergency scene and the emergency application system 100. Two-way transmission of video conference, telephone service and application data exchange service.

As shown in FIG. 2 , the integrated communication system 400 is used to receive information sent by various communication terminals 200 and fuse the received information to upload to the emergency application system 100 . In this embodiment, the converged communication system 400 includes: a network access unit 410 , a protocol conversion unit 420 , a converged scheduling unit 430 , and a development interface unit 440 connected in sequence. Wherein, the network access unit 410 includes a voice access module, a cluster access module, a video access module and a monitoring access module. The protocol conversion unit 420 includes a voice conversion module and a video conversion module. The fusion scheduling unit 430 includes a voice fusion module and a video fusion module.

Both the voice access module and the trunking access module are connected with the voice fusion module through the voice conversion module. The voice access module can receive the voice information of different voice communication terminals 200 (such as VOIP terminal, PSTN terminal), realize the two-way intercommunication between different voice communication terminals 200 through the voice conversion module, and realize the communication through the voice fusion module Centralized call management is performed on different voice communication terminals 200 . When the group voice information of the trunking access module is used, the two-way intercommunication between the broadband trunking terminal and the narrowband trunking terminal can be realized through the voice conversion module, and the management and calling of the broadband trunking terminal and the narrowband trunking terminal can be realized through the voice fusion module control.

The video access module is connected with the video fusion module through the video conversion module. The video access module can receive video information from various video terminals, and perform coordinated video conversion through multiple conversion protocols built in the video conversion module, so that different video terminals can communicate with each other. The monitoring access module is also connected with the video fusion module through the video conversion module. Through the monitoring video fusion, the management of the front-end video monitoring equipment, the management of streaming media, and the scheduling and control of images can be realized, and the video monitoring images can be sent to various class video system.

In this embodiment, since the city's emergency response involves a wide range of departments and scenarios, the communication devices and communication networks used are also different. However, during the use of various emergency communication devices, they often need to be switched among each other, which reduces the efficiency of business processing and wastes a lot of time in the switching of networks, signals, and devices. Through the converged communication system 400, fast switching of different signal sources can be realized, and the integration and intercommunication of voice scheduling, video scheduling, video conferencing and video monitoring can be realized, so that real-time information communication can be carried out between the emergency command center and the on-site general headquarters.

The geographic information system 600 uses high-resolution remote sensing images and electronic maps as the base map, which can realize the loading, browsing, query, and basic analysis and display of emergency professional data, and provide various services based on spatial information for the emergency application system 100 .

The big data resource management system 500 is used for sharing and exchanging data with the emergency application system 100 . Among them, big data resources include thematic databases, basic databases, and comprehensive databases. Specifically, the thematic database can be divided into scenarios such as typhoon, slope, and nuclear emergency. The basic database includes basic data such as population, legal person, house, and standard address. The comprehensive database includes emergency data such as emergency manpower, emergency sites, emergency supplies, and emergency agencies. . In this embodiment, the big data resource management system 500 can formulate different distributed storage strategies for big data resources according to the characteristics of structured and unstructured data, and has an external standardized access interface. The tool implements data sharing and exchange with the emergency application system 100 .

The emergency application system 100 includes: a monitoring and early warning unit, an early warning issuing unit, an emergency on-duty unit 110, an emergency resource management unit, a mobile application unit and an emergency command unit.

Among them, the monitoring and early warning unit is used to receive early warning information issued by various emergency management departments. The early warning information covers the fields of natural disasters, accident disasters, public health and social security. connect. Through the multi-channel collection and monitoring of event information, it is convenient to monitor the situation information of emergencies, comprehensively improve the monitoring and early warning capabilities, and prevent and reduce the losses of various public emergencies from the initial stage.

The early warning release unit is used to send corresponding early warning opinions to the emergency management department, emergency personnel and the public according to the early warning information collected by the monitoring early warning unit and the emergency plan corresponding to the early warning information. The early warning release unit releases emergency early warnings mainly in the form of website early warning, short message early warning, telephone early warning, broadcast early warning, and graphic and text early warning on electronic display screens in public places. Through the early warning release unit, the ability to respond to various public emergencies and the effect of emergency response can be improved, and a good working foundation can be provided for responding to emergencies.

As shown in FIG. 3 , the emergency watch unit 110 receives event information collected by the communication terminal 200 and invokes a corresponding emergency plan from the emergency resource management unit according to the event information. Specifically, in this embodiment, the emergency watch unit 110 includes an information management module 111 , an information management module 112 and an associated system access module 113 . The information management module 111 includes: an information processing submodule, an information association submodule, a document generation submodule and a speech-to-text submodule. The information processing sub-module is used to upload and release various event information. The information correlation sub-module is used to correlate the call records, call recordings, incoming and outgoing SMS messages, incoming and outgoing system information, and leadership instructions of the same event, and record the complete event handling process by event node, including the first report, continuation report, Re-reporting and verification. Through the information association sub-module, the emergency watch unit 110 can intelligently match the event level according to the category, level and sensitive keywords of the event, and call the emergency plan that matches the event from the emergency resource management unit for the on-duty personnel Select a reference. At the same time, all information related to the event can be viewed through the information association sub-module, and these associated information are collected as event cases to provide processing experience for the next event.

The document generation sub-module is used to quickly create various official document information reports such as "Daily on Duty" and "Monthly on Duty", so that it is convenient for the on-duty personnel to quickly record the event information received and the processing of the event. The voice-to-text sub-module is used to convert the event information received in the form of voice, such as the call record of the event report and the speech of the leader's comment, into text information, which is convenient for the on-duty personnel to archive the event information and provides a rapid input for various official document information reports. Support and improve the work efficiency of the staff on duty.

The information management module 112 is used for unified dispatching and management of all telephones of the emergency command unit, which can check the call records and manage the call recording files, and can transfer the call recording files into text files through the voice-to-text submodule, It is convenient for the duty officer to find the content of the call. At the same time, it is also possible to associate multiple call records of the same event, which is convenient for visually viewing the related call records of the event.

The associated system access module 113 connects the monitoring and early warning unit, the emergency resource management unit, and the external audio and video conference system to the emergency duty unit 110, so as to realize that the emergency duty unit 110 is not interrupted when other units are quickly accessed in the emergency duty unit 110.

In this embodiment, the emergency duty unit can realize event information processing (such as event reporting, on-site information acquisition), daily information maintenance (such as address book management, database management), event handling evaluation optimization, event data analysis, and shift scheduling. Management, instant messaging, operation process simulation. Moreover, the emergency on-duty unit in this embodiment can also meet the requirement of quickly accessing other subsystems in the emergency application system 100 in the emergency on-duty unit without interrupting its work. In addition, the emergency watch unit 110 is also connected to the geographic information system 600, and can display event information on the map of the geographic information system 600 for visual analysis.

The emergency resource management unit is used for the overall management of various emergency resources, including input, query, and emergency material reserves displayed on the statistical map, key protection targets, major hazard sources, shelters, emergency experts, emergency rescue teams, and plan libraries business function modules. Among them, the contingency plan library can provide clear warning level judgment standards, disposal steps, contacts, emergency resource scheduling and other content for different emergencies. When an emergency occurs, the contingency plan library can provide a highly executable disposal plan, and the emergency resource management system can also realize the overall management and information sharing of emergency resources.

The mobile application unit is applied to various communication terminals 200 for command communication between various communication terminals 200 and the emergency watch unit 110 , the situation awareness module and the emergency command unit. Specifically, in this embodiment, the mobile application unit is applied to the mobile terminal and the broadband-narrowband fusion terminal in the form of a mobile APP. Emergency personnel can accurately know the event situation through the mobile terminal and the broadband-narrowband fusion terminal. 110. The situational awareness module communicates effectively, and realizes the rapid issuance of mission instructions and timely reporting of mission situations. As a result, the mobile application unit can satisfy command personnel to command and dispatch events and issue tasks while moving, and also enables on-site disposal personnel to receive disposal instruction information more conveniently and quickly. In addition, the mobile APP also has functions such as task check-in, emergency plan viewing, emergency supplies viewing, address book viewing, instant conversation, video conferencing, and voice intercom.

The emergency command unit is used to issue emergency tasks to emergency personnel according to the emergency plan, track and adjust the progress of emergency tasks, and deploy emergency resources. Specifically, the emergency command unit is connected to the emergency resource management unit, which can obtain relevant information of emergency resources, thereby establishing an emergency material allocation and personnel evacuation model, and rationally planning the best material allocation plan according to the distribution of materials and the location of emergency shelters and the optimal path. The emergency command unit is also connected with the geographic information system 600 and the communication terminal 200, which can display the emergency material allocation and personnel evacuation model on the GIS map, and send the relevant planning schemes to various communication terminals 200, which is convenient for the specific execution team and personnel to check. The emergency command unit also has a task tracking function, which can obtain the progress of emergency disposal from the emergency scene, and support the command staff to dynamically adjust and optimize the disposal instructions and tasks. The task tracking includes event node records, deployment instruction records and disposal action feedback. At the same time, the emergency command unit also supports the deployment of emergency teams on the map and the deployment of emergency teams, and supports the direct selection of emergency teams for communication, and sends text, voice, file information, or voice and video conferences to various terminals held by emergency personnel to achieve specific The issuance of instructions.

In addition, when the plan recommended by the emergency duty unit 110 cannot meet the actual emergency command and dispatch requirements, the emergency plan corresponding to the label model can be dragged directly to the emergency command unit through the preset label model, and the GIS map-based disposal force can be completed. rapid visual deployment and task distribution.

In this embodiment, the emergency command unit includes a situation awareness module, which is used to display emergency resource deployment, business information, and real-time situation information to the emergency command unit according to the event information pushed by the emergency duty unit. And send emergency resource deployment information and event situation information to the communication terminal, provide comprehensive awareness of emergency situation, comprehensive information and early warning information display for emergency management, assist decision-makers to adjust emergency plans, and improve command and decision-making level. Among them, emergency resources include not only the deployment of emergency personnel and emergency materials, but also emergency equipment, such as the visual display of "in storage" and "in transit" of emergency command vehicles and material delivery vehicles, which can achieve real-time control of emergency equipment. The purpose of dynamic and static information. Business information includes: manpower support data, site support data, real-time video data, meteorological data and other business information.

Specifically, in this embodiment, after the situation awareness module receives the event pushed by the emergency duty unit, according to the event classification information and event level, the situation awareness module will provide the emergency command unit with unified and real-time situation information and emergency resource display . The situational awareness module is connected with the big data resource management system 500, which can realize the integration and display of emergency resources, and realize the push of emergency resource information, so that there is a basis for event handling and prevention. The situation awareness module is connected to the communication terminal 200. When the decision-makers of the emergency command center push the incident situation information and disposal action instructions to the mobile terminal and the broadband fusion terminal in graphic form, the disposal actions of the on-site emergency personnel are no longer blindly limited. .

In this embodiment, the emergency application system 100 also includes a simulated drill unit, which has functions such as simulated event management, related plan management, and emergency drills, and is used to conduct comprehensive response drills for simulated emergencies. , test the rationality of the functions of the emergency application system 100 and the emergency plan, and improve the tacit understanding and collaborative handling capabilities of each emergency department.

In this embodiment, the emergency application system 100 further includes a treatment evaluation and optimization unit. The disposal evaluation and optimization unit is used to reproduce the whole process of emergency disposal, restore the event process according to time nodes, evaluate the disposal process from the perspective of disposal efficiency and disposal effect, generate an evaluation report of the event, and put forward suggestions for optimizing the emergency disposal process. Establish a sound emergency performance management mechanism.

In this embodiment, the city emergency command platform also includes an identity authentication system 700 connected to the emergency application system 100 . The identity authentication system 700 includes: a user management module, a role authorization management module and unified authentication management. The user management module is used to manage the user information of various users, the role authorization management module is used to grant and manage the authority management of various users, and the unified authentication management is used to perform unified identity authentication for users accessing the emergency application system through different access ports. The access security of the emergency application system 100 and the flexibility of accessing information resources can be effectively improved through the identity authentication system 700, and the manageability of various users and information resources can be ensured.

In this embodiment, the city emergency command platform also includes an operation and maintenance management system 800, which is used for information management such as unified operation and maintenance, automatic monitoring, and fault early warning and disposal of the emergency application system 100, and can also control the emergency command platform. Various basic settings connected to each other, such as dispatching consoles, ground stations and other hardware equipment for daily management and maintenance.

The beneficial effect of the present invention is that: it can effectively integrate the emergency resources of each emergency management department, form an emergency management system with vertical and horizontal linkage, intensive and efficient, quick dispatch, and powerful disposal, realize cross-regional, cross-department, and cross-field collaborative disposal, and improve emergency management. Incident response speed and disposal efficiency; the emergency application system 100 can realize the monitoring and early warning of hidden risks, daily on-duty tasks, emergency disposal and evaluation optimization of the disposal process, and realize the whole process of emergency management, which has the characteristics of equal emphasis on prevention and emergency response, peacetime and wartime combined features. Compared with the existing emergency platform, the emergency platform provided by the present invention has the characteristics of deep integration of data, comprehensive grasp of information, precise auxiliary decision-making, and accompanying command and dispatch.

The above is only a preferred embodiment of the present invention, and does not therefore limit the patent scope of the present invention. Under the inventive concept of the present invention, the equivalent structural transformation made by using the description of the present invention and the contents of the accompanying drawings, or direct/indirect use All other relevant technical fields are included in the patent protection scope of the present invention.

Claims (9)

1. A kind of 1. city emergency commading platform, it is characterised in that including：

   Emergent application system, for the commander of emergency worker and the scheduling of emergency resources；

   Communicating terminal, for gathering and to voice, photo site and the video information of emergent application system reported event information；

   Basic network, is connected for establishing all kinds of communicating terminals with the communication of emergent application system；

   Converged communication system, for receive information that all kinds of communicating terminals send and the information of reception is carried out that fusion is uploaded to should Anxious application system；

   Big data resource management system, for carrying out Data share-and-exchange with emergent application system；Wherein, big data resource bag Include thematic data base, basic database, and integrated database；

   GIS-Geographic Information System, for providing the spatial positional information of emergency worker and emergency resources for application system of meeting an urgent need；

   The communicating terminal connects the converged communication system by the basic network, and the converged communication system is answered with described Anxious application system is connected；The GIS-Geographic Information System, the big data resource management system respectively with the emergent application system System is connected.
2. 2. city emergency commading platform as claimed in claim 1, it is characterised in that the communicating terminal includes：Mobile terminal, Wide and narrow strip convergent terminal and Emergency Command Vehicle；The emergency command is in-car to lead to equipped with portable LTE base station with communication in moving satellite Letter system.
3. 3. city emergency commading platform as claimed in claim 1, it is characterised in that the basic network includes：Cluster net, mutually Networking and satellite network.
4. 4. city emergency commading platform as claimed in claim 1, it is characterised in that converged communication system includes sequentially connected Network insertion unit, conversion unit of protocol, fusion scheduling unit and development interface unit；

   Wherein, the network insertion unit connects including audio access module, cluster AM access module, VAM Video Access Module and monitoring Enter module；The conversion unit of protocol includes voice conversion module and video conversion module；The fusion scheduling unit includes language Sound Fusion Module and video fusion module；The audio access module, cluster AM access module pass through the voice conversion module It is connected with the voice Fusion Module；The VAM Video Access Module, monitoring AM access module pass through the video conversion module It is connected with the video fusion.
5. 5. the city emergency commading platform as described in Claims 1 to 4 any one, it is characterised in that the emergent application system System includes：Monitoring and warning unit, early warning release unit, emergent unit on duty, emergency resources administrative unit, mobile application unit with And emergency command unit；

   Wherein, the monitoring and warning unit is used to receive the warning information that each contingency management department sends；The early warning issue is single Member is used for the warning information collected according to monitoring and warning unit, according to the corresponding emergency preplan of warning information, outwardly sends phase The early warning opinion answered；

   The emergent unit on duty receives the event information of communicating terminal collection and according to event information from calling emergency resources pipe Manage and corresponding emergency preplan is called in unit；

   The emergency resources administrative unit is used to manage all kinds of emergency resources, including typing, inquiry, statistics GIS map displaying Emergency materials deposit, key protection target, major hazard source, refuge, emergent expert, emergency management and rescue troop and prediction scheme storehouse Business function module；

   The mobile application unit application in communicating terminal, for communicating terminal and emergent unit on duty, emergency command unit it Between command communication；

   The emergency command unit is used to assign contingency tasks to emergency worker according to emergency preplan, tracks and adjusts contingency tasks Carry out situation, allocate emergency resources.
6. 6. city emergency commading platform as claimed in claim 5, it is characterised in that the unit on duty of meeting an urgent need includes message tube Manage module, voice management module and interconnected system AM access module；

   Wherein, described information management module includes：Information processing submodule, information association submodule, manuscript generate submodule with And speech-to-text submodule；

   Described information processing submodule is used to carry out various information upload, assign；

   Described information association submodule is used for the message registration of same event, calling record, dealing short message, dealing system Information, written instruction of leader are associated；

   The manuscript generation submodule is used to establish all kinds of document information reports, and the speech-to-text submodule is used for voice The event information that form is informed of a case is converted to the text message in document information report；

   The voice management module is used to carry out United Dispatching management to all phones of emergency command unit；

   The interconnected system AM access module is by monitoring and warning unit, emergency resources administrative unit and audio/video conference system access Emergent unit on duty.
7. 7. city emergency commading platform as claimed in claim 5, it is characterised in that the emergency command unit includes situation sense Know module, the Situation Awareness module is used for according to the event information for receiving emergent unit push on duty, to emergency command list The allotment of member displaying emergency resources, real-time situation information, and to communicating terminal send emergency resources deployment informations, event situation Information.
8. 8. city emergency commading platform as claimed in claim 5, it is characterised in that the emergent application system further includes emergent Simulated maneuver unit, occurs to carry out comprehensive reply manoeuvre, examines emergency command unit and meet an urgent need for simulating accident The reasonability of prediction scheme.
9. 9. city emergency commading platform as claimed in claim 5, it is characterised in that the emergent application system further includes disposal Assessment optimization unit, for reproducing the disposal process of accident, assesses disposal process, and generate commenting for event handling Estimate report.