2) emergency rescue
紧急救援
1.
Study on the development of emergency rescue function of the fire troop;
拓展消防部队社会紧急救援功能的探讨
2.
By combining new technology of intelligent traffic system, such as video detection, optimizing, intelligent control and GPS (global position system) location, with service function, the implementing schema in incident detection, emergency rescue schedule, tra.
以高速公路紧急救援管理现状为基础,阐述高速公路路网紧急救援决策支持系统的新需求;应用面向过程的方法,设计满足新需求的系统的总体结构、服务功能、数据流图和软件开发支撑环境;将智能交通系统中视频检测、优化调度、智能控制、GPS定位与导航等新技术与系统服务功能相结合,探讨了应用紧急事件检测、交通事故确认、紧急救援调度与交通管制、行程时间预测和最佳救援路径计算等相关的实施方案。
3.
After an analysis and comparison between China and developed countries such as the USA and Japan in such fields as the education of road traffic safety,emergency rescue,just enforcement of laws and responsibility imputing of accident compensation for damage,the authors have tried to propose the existing problems in our country and counter-measures.
文章通过对欧美、日本等发达国家在道路交通安全宣传教育、事故紧急救援、管理人员严格公正执法、事故损害赔偿归责等方面和我国的交通安全管理情况进行比较分析,试提出我国目前在这些方面存在的问题以及应对措施。
3) urgent rescue
紧急救援
1.
The ethics of public buildings in urgent rescue;
紧急救援中公共建筑的伦理学
2.
Germany of urgent rescue to meet an emergency system structure is reasonable, the network gather, divide the work definitely, the responsibility is clear, the legal system is sound, managing the forerunner, the technique is excellent.
德国的紧急救援应急体系结构合理,网络密集,分工明确,责任清晰,法制健全,管理先进,技术精良。
4) emergency aid
紧急救援
1.
At present,accident emergency aid system in China is not perfect,which leads to very high rate of death and disability.
我国目前交通事故的死亡率、致残率居高不下,很大的一个原因是紧急救援体系还很不完善。
2.
Based on the presented emergency aid system, the performance and composition of Ad Hoc network in the system are introduced.
本文在提出的紧急救援系统的基础上介绍了系统中自组网的构成和性能,研究和探讨了自组网的网络结构、路由技术、互联技术和拥塞控制策略等关键技术。
3.
It brought forward the new urgent requirement for geo-information technology in emergency aid,such as dynamic data model in GIS,the problem of Zero initialization,route planning with obstacle,safety island,and kth nearest against safety area.
灾害紧急救援提出了对地理信息技术新的急迫要求:即动态GIS中的动态数据模型和"0"初始化计算问题,障碍空间路径规划问题、"安全岛"问题——障碍空间最大(小)间隙问题、与安全区的k阶邻近问题,本文给出了这些问题的解决途径和解算实例。
5) emergency relief
紧急救援
1.
Emergency management before and after damage earthquake and emergency relief after the quake;
破坏性地震事件前后的紧急事务处理和震后紧急救援
2.
Earthquake preparedness and disaster reduction includes three work systems, namely, monitoring and prediction system, earthquake hazard prevention system and emergency relief system.
防震减灾包括三大工作体系 ,即监测预报、震灾预防和紧急救援。
6) emergency rescue team
紧急救援队
1.
Taking the emergency rescue team of Sichuan province as an example,the method of constructing the database of earthquake emergency rescue by use of ArcSDE technology is introduced.
提出了建设地震紧急救援数据库的必要性,阐述了地震紧急救援数据库的建设目标,分析了ArcSDE的基础原理,以四川省紧急救援队为例,介绍了利用ArcSDE技术构建地震紧急数据库的建设方法。
补充资料:豹式坦克救援车(救援豹)(sd.kfz.179)
Image:1173451085646707.jpg
技术数据:
名称:坦克救援车(救援豹)panzerbergewagen (bergepanther) (sd.kfz. 179)
型号: vk.3002(man)
制造商:man,henschel(亨舍尔),demag
制造时间:1943-1945
发动机:maybach "hl 230 p30"
功率:600/700(ps)
单位功率:14/16.3(ps/t)
最高速度:55km/h(公路),45.7km/h(丘陵)
正常速度:33km/h(公路),25km/h(丘陵)
车长:8860mm
车宽:3270mm
车高:2700mm
车重:43吨(战斗状态)
燃料箱容量:1075l
耗油量(l/100km):280(公路),700(丘陵)
行程:320km(公路),160km(丘陵)
最大爬坡:35度
乘员:3
装甲:
前部:80mm 35度
两侧:40mm 50度
后部:40mm 90度
底部:15mm 0度
车载主武器:1门 2 cm kwk 38
车载副武器:1挺7,92 mm mg 34
说明:补充资料仅用于学习参考,请勿用于其它任何用途。