当前位置:网站首页>Application of fire fighting system based on 3D GIS platform
Application of fire fighting system based on 3D GIS platform
2022-07-04 23:38:00 【ztmap2020】
Fire command GIS System introduction
The system displays the fire management objects through three-dimensional simulation map , Realize visual management , So as to improve the management efficiency , Improve the digitalization of fire safety work and management 、 Informatization level . Based on maps API, take webGIS technology 、GPS Location Technology 、 Outdoor navigation technology 、 Data processing and analysis technology, three-dimensional imaging technology and other advanced development technologies , And communicate with customers for many times , Finally developed this enterprise class GIS Platform software .

Fire command GIS system function
1. Fire fighting facilities management
Fire water valves covering the roadside 、 Fire extinguishers inside important organs and units and key hidden danger units / Fire hydrants, etc .
Examples of device management functions :
Basic information : Which area does it belong to 、 Address 、 Deployment point 、 Quantity, etc .
The surroundings : Surrounding roads 、 Surrounding high-risk enterprises 、 Surrounding residents .
Maintenance unit : name 、 person in charge 、 Telephone, etc .
Repair and replacement .
Inspection record .

2. Important road management
Multi storey interchange 、 Multiple entrance and exit interchanges 、 Tunnel 、 The city elevated is one of the emergency command functions , When serious accidents happen on important roads ( Major crash 、 Flammable and explosive vehicle accidents 、 The car caught fire 、 Vehicles attacked ) Can accurately and quickly understand the situation of the accident road , Provide strong support for the rescue plan .
3. Management of important organs and units
It mainly refers to the deployment of fire-fighting facilities within the organs and units 、 On-Site Inspection 、 to update 、 Maintenance , Distribution of main evacuation routes ( Key parts are available VR Panoramic technology to view the interior of the building ), Road conditions around the unit ( Under special circumstances, effective traffic control can be implemented quickly ). Be able to make quick decisions in emergency situations , Reduce the loss , Limit the spread of adverse effects .
4. Unit management of potential safety hazards
production 、 Store 、 business 、 Use flammable 、 Units and places of explosive chemicals , Such as : petrochina / Sinopec's service station 、 Gas station , Gas station , Garage, etc .
Management scope :
Mainly address 、 Fire safety director 、 contact number 、 Deployment of fire-fighting facilities and equipment 、 Inspection and maintenance records of fire-fighting facilities 、 Surrounding roads 、 Surrounding buildings, etc .

5. Ultra high population density unit management
Monitor the units with hidden dangers in real time through wireless cameras , After the accident, the video data can be retrieved to obtain evidence .
Management scope :
hotel 、 The hotel 、 The mall 、 market 、 Passenger stations and other public gathering places .
Outpatient ward building , Academic Building 、 Library and dormitory , The nursing home 、 The nursery 、 The kindergarten .
The hotel 、KTV、 Internet cafes 、 Cinemas and other public entertainment places .
Tourist attractions 、 Temple 、 Cultural relics and ancient buildings .
6. Statistical analysis of regional dangerous situations
Check the work plan to provide basis , Better prevent the occurrence of various dangerous situations .
The intelligent statistical reports formed include :
The cumulative number of disasters every year .
The disaster situation is month on month .
The disaster situation is quarter on quarter .
Classification and statistics of disaster objects .
7. Integrated command support
Through the system, the back-end emergency commander can have a clear understanding of all the details of the disaster scene before the firefighters arrive at their destination , It provides a reference for quickly specifying the emergency plan and the scheduling plan of personnel and equipment . meanwhile , Provide an analysis and decision-making platform for solving emergency disasters .

边栏推荐
- 初试为锐捷交换机跨设备型号升级版本(以RG-S2952G-E为例)
- C language to quickly solve the reverse linked list
- Illustrated network: what is gateway load balancing protocol GLBP?
- [JS] - [dynamic planning] - Notes
- 端口映射和端口转发区别是什么
- The difference between debug and release
- How to do the project of computer remote company in foreign Internet?
- 用快解析内网穿透实现零成本自建网站
- The input of uniapp is invalid except for numbers
- 【爬虫】数据提取之xpath
猜你喜欢

ICML 2022 || 3DLinker: 用于分子链接设计的E(3)等变变分自编码器

【雅思阅读】王希伟阅读P4(matching2段落信息配对题【困难】)

Docker镜像的缓存特性和Dockerfile

Why does infographic help your SEO

The initial trial is the cross device model upgrade version of Ruijie switch (taking rg-s2952g-e as an example)

Observable time series data downsampling practice in Prometheus

Mit-6.824-lab4b-2022 (10000 word idea explanation - code construction)

Illustrated network: what is gateway load balancing protocol GLBP?

How to use fast parsing to make IOT cloud platform

MariaDB's Galera cluster application scenario -- multi master and multi active databases
随机推荐
香港珠宝大亨,22亿“抄底”佐丹奴
同事的接口文档我每次看着就头大,毛病多多。。。
如何用快解析自制IoT云平台
Basic knowledge of database
Fast analysis -- easy to use intranet security software
Recommended collection: build a cross cloud data warehouse environment, which is particularly dry!
MariaDB's Galera cluster application scenario -- multi master and multi active databases
端口映射和端口转发区别是什么
图解网络:什么是网关负载均衡协议GLBP?
C language to quickly solve the reverse linked list
JS 将伪数组转换成数组
Mysql database backup and recovery -- mysqldump command
go踩坑——no required module provides package : go.mod file not found in current directory or any parent
初试为锐捷交换机跨设备型号升级版本(以RG-S2952G-E为例)
Robot reinforcement learning synergies between pushing and grassing with self supervised DRL (2018)
如何报考PMP项目管理认证考试?
Go step on the pit - no required module provides package: go mod file not found in current directory or any parent
如何将自己的代码作品快速存证,已更好的保护自己劳动成果
The difference between cout/cerr/clog
Expand your kubecl function