CN214311824U - Emergency management all-in-one machine for county areas - Google Patents

Abstract

The utility model discloses an emergent management all-in-one towards county territory, including chassis exterior, be equipped with calculation processing host computer, power module, fan module, storage extension management module and network and communication module in the chassis exterior, calculation processing host computer links to each other with power module, fan module, storage extension management module, network and communication module respectively. According to the technical scheme, through comprehensive application of technologies such as the Internet of things, the GIS, big data, artificial intelligence and the like, the all-in-one machine system provides multiple efficient information processing modes and professional solutions, provides an instant communication mode for personnel of a primary emergency management department, inquires and calls acquisition ways and management of multiple emergency resources, assists the primary emergency management department to realize quick response to emergencies, solves complex problems encountered in emergency management affairs through scientific and technological and informatization means, and improves processing capacity and emergency response efficiency of disaster prevention, reduction and relief.

Description

Emergency management all-in-one machine for county areas

Technical Field

The utility model relates to an emergency management technical field especially relates to an emergency management all-in-one towards county territory.

Background

With the rapid and stable development of domestic economy, the living standard of people is continuously improved, and the public safety concern of national governments and people is continuously improved. Public safety is an important guarantee for social stability and economic development, and is related to property and life safety of enterprises and public institutions and common people.

Compared with provincial and urban emergency management department units with developed economy and concentrated resources, the informatization and equipment configuration level and the comprehensive skill level of personnel of the prefecture and county emergency management department are still relatively low. The district and county emergency management department mainly depends on an emergency management platform which is uniformly built at department level, provincial level or city level, although the provincial and city level unified building platform has the capacity of integrating various special applications, part of planned functional modules in the platform which is uniformly built by the department are still in a state of being completely expanded, and the district and county level emergency management department has fewer applications and single functions.

Data shows that the data of public security, population, natural resources, meteorology, water conservancy and the like managed by each department of the local government do not form a unified database which can be shared and called, and the local emergency management department lacks associated data support updated in real time. The county-level emergency management departments in each region are all constructed by deployment personnel from different departments (such as a safety production supervision bureau, a forest fire prevention office, a flood prevention platform office and the like) of the local government within nearly one year or two years, under the condition that no integrated service platform exists, the basic-level emergency management personnel obtain associated data by means of a service application system which is already built by the original department, and the service coordination efficiency is low.

In the face of county emergency management work, which relates to the characteristics of wide administration region range, insufficient professional talent reserve and high personnel reuse degree, a multifunctional and intelligent emergency management integrated machine which can be applied to county-level government departments is urgently needed, and the effects of quick deployment, easy management and operation and maintenance avoidance are realized.

When the integrated emergency management platform deals with county-level emergency events, the integrated emergency management platform can provide an instant communication mode for basic-level emergency management department personnel to report emergency event information quickly, receive disaster early warning information timely and remind associated personnel to respond quickly by one key, and can inquire and call acquisition ways and management of various digital resources, emergency materials, rescue equipment and other emergency resources, so that the informatization operation level of the county-level emergency management department is improved, and the processing capacity and the emergency response efficiency of disaster prevention, reduction and relief are improved.

Chinese patent document CN208188895U discloses an "emergency management system". The system comprises a communication system and a processing system, wherein the communication system is used for sending emergency event information to the processing system and sending processing scheme information output by the processing system at the same time, the processing system comprises an emergency plan management module, the emergency plan management module stores disposal schemes aiming at different emergency event information, and the processing system sends corresponding disposal schemes stored by the corresponding emergency plan management module through the communication system according to different emergency event information. The technical scheme can not be set individually according to the specific requirements of a use department, so that integration of a plurality of emergency management service application systems according to different requirements can not be realized.

Disclosure of Invention

The utility model discloses mainly solve original technical scheme and can't carry out the technical problem of individualized setting according to the specific demand of using the department, provide one kind towards the emergent management all-in-one in county area, through to the thing networking, GIS, big data, the comprehensive application of techniques such as artificial intelligence, the all-in-one system provides the solution of multiple efficient information processing mode and specialty, provide the instant messaging mode for basic unit emergency management department personnel, and the inquiry with acquire way and the management of calling multiple emergency resources, supplementary basic unit emergency department realizes the quick response to emergency, solve the complicated problem that meets in the emergency management affair with science and technology and information-based means, realize the throughput and the improvement of emergency response efficiency of disaster prevention and reduction relief.

The above technical problem of the present invention can be solved by the following technical solutions: the utility model discloses a chassis exterior, be equipped with calculation processing host computer, power module, fan module, storage extension management module and network and communication module in the chassis exterior, calculation processing host computer links to each other with power module, fan module, storage extension management module, network and communication module respectively. The pre-installed service application system comprises: the system comprises an emergency management database, risk potential hazard assessment, monitoring and early warning information and event direct reporting (information system), duty on duty, plan management, case library, emergency response, disaster analysis and aid decision, fusion communication, video consultation, command scheduling, emergency resource supervision, post-disaster assessment and other practical service application systems.

Preferably, the computer processing host comprises a computer motherboard, a plurality of high-speed data transmission interfaces are arranged on the computer motherboard, and the computer processing host is connected with the storage expansion management module, the network and the communication module through the high-speed data transmission interfaces. The calculation processing host computer adopts a mainstream X86 universal server architecture, selects a brand-new generation high-performance series multi-core central processing unit, a large-bandwidth memory and a high-performance graphic processing display chipset, and is provided with a plurality of high-speed data transmission interfaces (PCIe and SCSI) on a mainboard of the calculation processing host computer to support the capacity expansion of components such as the memory, a large-capacity hard disk, a network card and the like according to needs. The mainstream X86 architecture with high software and hardware compatibility and expansion flexibility is selected to support the virtualization of the computing resources of the host, so that the matching cost of the computing processing host is reduced, and the all-in-one machine has higher economy.

Preferably, the power module is a dual independent power supply, the power module is provided with a plurality of pluggable interfaces and power line sockets, and the power module is respectively connected with the calculation processing host, the fan module, the storage expansion management module, the network and the communication module through the pluggable interfaces. The power module adopts the design of two independent power modules, improves the stability of power supply, ensures equipment normal work. The power module supplies power to each power utilization module in the all-in-one machine through the pluggable interface, and the power is introduced from an external power supply system by using a national standard power line socket, so that the universality of a power line is improved.

Preferably, the fan module comprises a fan set, a fan control chip, an air inlet and an air outlet, and a heat conduction and dissipation assembly, wherein the heat conduction and dissipation assembly is arranged beside the power consumption heating component, and the air inlet and the air outlet are connected with the air channel of the all-in-one machine. The fan set is arranged at the outlet of the air duct of the integrated machine. The fan module selects a high-performance special fan set and a heat conduction and radiation assembly, the fan set adopts a redundant backup configuration, and is monitored by an independent control chip set, and accurate control is realized.

Preferably, the fan set is installed at an outlet of the air duct of the all-in-one machine, and the fan set is connected with the power consumption heating component through the air duct of the all-in-one machine. The air inlet and the air outlet of the fan module are matched with an air channel in the integrated machine, the position distribution of power consumption heating components and the design of a shell.

Preferably, the storage expansion management module is provided with a pluggable interface, a plurality of expansion slots and a high-speed general physical interface. The storage expansion management module uses a high-reliability RAID technology inside, and can support mainstream mechanical/solid state disks in the market according to a high-speed universal physical interface adopted by a storage backup management combination corresponding to an all-in-one machine service application system.

Preferably, the network and communication module is configured with multiple network cards, and includes 2 gigabit multimode LC optical ports and 4 10/100/1000M adaptive RJ45 interfaces, and is further provided with a plurality of USB interfaces. The integrated host is provided with a plurality of USB interfaces which can support and expand various types of external wireless network cards or other signal receiving and transmitting equipment.

The utility model has the advantages that: through comprehensive application of technologies such as Internet of things, GIS, big data, artificial intelligence and the like, the all-in-one machine system provides various high-efficiency informatization processing modes and professional solutions, provides an instant communication mode for personnel of a basic emergency management department, inquires and calls acquisition ways and management of various emergency resources, assists the basic emergency department to realize quick response to emergencies, solves complex problems encountered in emergency management affairs by scientific and technological and informatization means, and improves the processing capacity and emergency response efficiency of disaster prevention, reduction and relief.

Drawings

Fig. 1 is a schematic circuit connection structure diagram of the present invention.

In the figure, 1, a computer host, 2, a power module, 3, a fan module, 4, a storage expansion management module, 5, a network and communication module are arranged.

Detailed Description

The technical solution of the present invention is further specifically described below by way of examples and with reference to the accompanying drawings.

Example (b): the county-oriented emergency management all-in-one machine comprises a case shell, and a bearing support plate arranged on an office table or in a cabinet, as shown in fig. 1. A calculation processing host (1), a power module (2), a fan module (3), a storage expansion management module (4) and a network and communication module (5) are arranged in the case shell, and the calculation processing host (1) is connected with the power module (2), the fan module (3), the storage expansion management module (4), the network and communication module (5) respectively.

The calculation processing host computer adopts a mainstream X86 universal server architecture, selects a brand-new generation high-performance series multi-core central processing unit, a large-bandwidth memory and a high-performance graphic processing display chipset, and is provided with a plurality of high-speed data transmission interfaces such as PCIe (peripheral component interface express) and SCSI (small computer system interface), so as to support the capacity expansion of components such as the memory, a large-capacity hard disk, a network card and the like according to the needs. The mainstream X86 architecture with high software and hardware compatibility and expansion flexibility is selected to support the virtualization of the computing resources of the host, so that the matching cost of the computing processing host is reduced, and the all-in-one machine has higher economy.

Power supply moduleThe design of double independent power supply modules is adopted, the power supply stability is improved, and the normal work of the equipment is guaranteed. The power module supplies power to each power utilization module in the all-in-one machine through the pluggable interface, and the power is introduced from an external power supply system by using a national standard power line socket, so that the universality of a power line is improved.

Fan moduleSelecting high-performance special fan set and heat-conducting and radiating component, using redundant backup configuration for fan set, monitoring by independent control chip set and implementing precisionAnd (5) controlling. The fan set is arranged at an outlet of the air duct of the integrated machine and is connected with the power consumption heating component through the air duct of the integrated machine. The air inlet and the air outlet of the fan module are matched with an air channel in the integrated machine, the position distribution of power consumption heating components and the design of a shell.

Storage expansion management moduleBy adopting a pluggable interface and a multi-expansion slot design, a high-reliability RAID technology is used in the module, and a high-speed universal physical interface can be adopted according to a storage backup management combination which is consistent with an all-in-one machine service application system, so that mainstream mechanical/solid state hard disks in the market are supported.

Network and communication moduleThe configuration of multiple network cards is adopted, at least 2 kilomega multimode LC optical ports and 4 10/100/1000M self-adaptive RJ45 interfaces can be provided, and in addition, the configuration of multiple USB interfaces of the integrated host can support the expansion of external wireless network cards or other signal receiving and transmitting equipment with multiple system types.

When the system works, the general main stream server operating system is integrated and selected for use of the modules, the pre-installation support of a plurality of emergency management service applications is realized, and the pre-installation service application system comprises: the system comprises an emergency management database, risk potential hazard assessment, monitoring and early warning information and event direct reporting (information system), duty on duty, plan management, case library, emergency response, disaster analysis and aid decision, fusion communication, video consultation, command scheduling, emergency resource supervision, post-disaster assessment and other practical service application systems.

Emergency management database system: the method is mainly used for business data, local basic data, monitoring and early warning data and the like of county-level emergency management departments in storage areas.

Risk potential assessment system: the application system is based on data provided by a provincial and municipal emergency management platform and risk potential data provided by a local prefecture and county security risk potential system, and is used for analyzing, grading and classifying and managing various risk potentials in the administrative regions of the counties and the counties.

Monitoring, early warning and event direct reporting information system: the system is an application system which is based on data provided by a provincial and municipal emergency management platform and real-time monitoring and early warning data provided by a district and county local self-built disaster monitoring and early warning perception system, realizes aggregation management and modeling analysis on the monitoring and early warning data, and implements emergency direct report reporting processing on part of early warning systems.

The on-duty management system: the system is an informatization management system for the district and county level emergency management department to carry out item management such as personnel information registration, task allocation, scheduling management, attendance statistics and the like on duty center watchers and basic level patrol inspection patrolmen.

The plan management system comprises: the emergency planning management system is a management system which is specially used for carrying out digitalization, structuralization processing and flow deduction on various emergency plans.

Case library system: the system is a historical archive library of disaster events locally occurring in the county of the storage area and emergency events related to surrounding areas.

An emergency response system: the system is an application system which intelligently matches emergency plans for disaster early warning and emergency events and automatically forwards response notification information based on a plurality of application system data such as an emergency management database, risk analysis and evaluation, plan management and the like.

Disaster analysis and aid decision system: the intelligent analysis system is used for carrying out relevance analysis, disaster situation deduction prediction and auxiliary decision providing on disasters and emergent events.

The converged communication system: the system is a set of communication system which can realize the requirements of information scheduling and exchanging of real-time voice, video, images, files and the like among an emergency command center, a mobile command vehicle, a video monitoring network, a remote monitoring station, a rescue material management station and a front-line emergency rescue team in one or more available networking modes (digital cluster, mobile communication, satellite communication, wireless communication network, emergency rescue special network, internet and the like).

The video consultation system comprises: the video conference system is used for supporting real-time video conference meetings between fixed places such as emergency command centers, relevant government departments, expert groups and the like and mobile command vehicles, field attendance and emergency sites.

Commanding and scheduling system: the system is a set of special command and dispatch system which is specially used for dispatching and distributing personnel, materials and equipment, assigning work tasks and temporarily dispatching when an emergency command center deals with disasters and emergencies.

The emergency resource supervision system comprises: the system is a business application system for performing registration, qualification verification, inspection tour, facility maintenance and positioning management on a district-county level dominable management professional emergency rescue team, a civil rescue support team, rescue equipment, emergency material storage and emergency refuge facility according to the 'war-level combination' requirement of emergency management.

Post-disaster evaluation system: the system is a business application system for performing post-disaster damage assessment, accident cause investigation, rescue scheme and effect analysis and experience summary on important disasters or emergencies in the district, and an assessment report or a summary report output by the assessment system provides a case support for replacing and updating associated emergency plans and rescue schemes.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Although terms like a computing processing host, a storage expansion management module, etc. are used more herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed in a manner that is inconsistent with the spirit of the invention.

Claims (5)

1. The utility model provides an emergency management all-in-one towards county territory, includes chassis exterior, its characterized in that, be equipped with calculation processing host (1), power module (2), fan module (3), storage extension management module (4) and network and communication module (5) in the chassis exterior, calculation processing host (1) links to each other with power module (2), fan module (3), storage extension management module (4), network and communication module (5) respectively, power module (2) are two independent power, are equipped with but a plurality of plug interfaces and power cord socket on power module (2), but power module (2) link to each other with calculation processing host (1), fan module (3), storage extension management module (4), network and communication module (5) respectively through but plug interface, fan module (3) include fan group, network and communication module (5) link to each other, The fan control chip, business turn over wind gap and heat conduction, radiator unit, heat conduction, radiator unit install by power consumptive heating part, business turn over wind gap links to each other with the all-in-one machine wind channel, and the fan group is installed at all-in-one machine wind channel export, and the fan group adopts the redundant backup configuration, is monitored by independent control chip group.

2. The county-oriented emergency management all-in-one machine as claimed in claim 1, wherein the computing and processing host (1) comprises a computer motherboard, the computer motherboard is provided with a plurality of high-speed data transmission interfaces, and the computing and processing host (1) is connected with the storage expansion management module (4), the network and communication module (5) through the high-speed data transmission interfaces.

3. The county-oriented emergency management all-in-one machine according to claim 1, wherein the fan set is installed at an outlet of an air duct of the all-in-one machine, and the fan set is connected with the electricity-consuming and heat-generating component through the air duct of the all-in-one machine.

4. The county-oriented emergency management all-in-one machine as claimed in claim 1, wherein the storage expansion management module (4) is provided with a pluggable interface, multiple expansion slots and a high-speed universal physical interface.

5. The county-oriented emergency management all-in-one machine as claimed in claim 1, wherein the network and communication module (5) is configured by multiple network cards, comprises 2 gigabit multimode LC optical ports and 4 10/100/1000M adaptive RJ45 interfaces, and is further provided with a plurality of USB interfaces.

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