active safety造句

• Safety : active safety case study : autoliv k . k
  安全性:主动安全成功案例分析: autoliv公司
• Pedestrian protection - new frontier in automotive active safety research
  汽车安全性研究的新领域
• The braking stability of the automotive is one of the investigative points in active safety in car contents
  汽车的制动稳定性是汽车主动安全性研究的重点内容之一。
• The firewall devised in this article is reinforced in content filtering and self - defense by employing active safety mechanism in module design
  通过使用模型中设计的主动安全机制，增加了内容过滤、自身安全防护等功能。
• Anti - lock braking system ( abs ) is an important device to improve the active safety of vehicle . today with the improvement of the vehicle speed , abs is applied widely and widely
  汽车防抱死制动控制系统(简称abs )是改善汽车主动安全性的重要装置，在汽车日益高速化的今天，它的应用日益广泛。
• It is important to master the design and the control parameter calibration method of the control solution in the aspect of developing our own abs and doing further research in the theory and technology of the vehicle active safety
  Abs控制方法是abs的核心技术，掌握控制方法的设计和匹配，对于自主开发abs和进一步开展汽车主动安全性理论和技术研究有着重要的现实意义。
• Intelligent ip video surveillance is an important research topic , which integrates the techniques of video compression , network transmission , video analysis , and camera cooperation to provide active safety and high - quality video services
  摘要智慧型网络视讯监控集成视讯压缩、网络传输、视讯分析与摄影机合作等技术，提供主动式保全与高质量视讯服务，为现今重要之研究议题。
• Automobile safety falls into two categories , active safety and passive safety . body of research into the structure of anti - collision vehicle passive safety is the main element of the study , which directly affects the target of the vehicle passive safety
  本文基于塑性变形和温度变化对金属材料的性能影响的金属微观结构理论,运用试验手段研究在拉延和涂装烤漆过程中典型材料的扬氏模量和屈服应力的变化。
• Vehicle stability control ( vsc ) is an active safety device , which lets the vehicle run following the driver ' s intension to prevent vehicle from losing stability . now , vsc is the international research focus in the vehicle active safety field
  汽车稳定性控制是通过车载控制系统实时调整车辆的运行状态,使车辆能够按照驾驶员的意图行驶,并防止车辆失稳的汽车主动安全装置,是当前国际上汽车主动安全领域的研究热点。
• Considering the reality situation that active safety is still difficult to obviously prevent traffic accidents to occur , this paper innovatively presented a type of vehicle crash energy absorption equipment combines active and passive safety , which using the accident prediction technique of active safety to improve the vehicle passive safety performance
  本文针对目前主动安全技术仍然难以大幅度地避免交通事故发生的现实情况,创新性地提出了一种利用主动安全中的事故预测技术来提高汽车碰撞安全性能的主被动结合新型汽车碰撞缓冲吸能装置。
• This paper discusses every kind of risk in laws , management system , personnel , market structure , infrastructure , emergency system , safety management , combines the active safety evaluation methods with risk conception , and brings a method of multi - stage fuzzy comprehensive evaluation and gives detailed numerical examples . the systematic way of risk control to is put forward in safety evaluation dynamic management system , law system , management system , economic method , personnel , scientific method , revolution relationship and grid construct , and according to inland and outland status , a management system of " three standards together " is also presented to give consult in the safety management of the grid enterprises in our country
  从法律法规、管理机制与人员素质、市场结构、基础设施、应急机制等多个方面系统论述了电网企业在安全管理中所面临的各种风险；基于当前电力企业中所采用的安全性评价方法，将现有方法与风险理念相结合，提出了安全评价的多级模糊综合评价方法，通过算例进行了的说明；针对风险识别中得出的电网企业所面临的多种风险，分别从安全性评价动态管理体系、法律体系、管理体系、经济手段、人员素质、科技手段、改革关系和电网建设等多个方面提出了系统的风险控制办法，并结合国际、国内的现状提出了“三标一体”的管理体系，以期对我国电网企业的安全管理工作提供一定的参考。
• It is a kind of active safety system . on the speedway , when the back vehicle approaches the rear of the forward one , the system will send out collision warning signals to remind the driver of avoiding rear - end collision accident . main investigations and phase fruit : 1
  装有本系统的汽车在高速公路上正常行驶时，当本车车头接近前车车尾，并有可能与前车发生追尾碰撞时，该系统就会发出报警信息，从而提醒本车驾驶员采取制动减速或加速超车等措施以避免与前车发生汽车追尾碰撞事故。
• As automobile running velocity ' s great increase and road traveling consistency ' s rapid accretion , the happening ratio of traffic accident has ascended continuously . wholly and reliably improving automobile ' s active safety performance offers the challenge for automobile designer and researcher as an impendent and difficult task
  随着汽车行驶速度的显著提高和道路行车密度的急剧增大，交通事故的发生率逐年呈上升趋势，所以全方位、可靠地提高汽车的主动安全性能就成为摆在汽车设计、开发及科研人员面前一项紧迫而艰巨的任务。
• The braking performance is one of the most important performance for the automobile , s active safety . it is very important that the braking performance is or not corresponded to the national standard requirement . the researches about the detecting system of automotive braking performance not only offer technical support and guidance for the science research and manufacture of the detection system , but also insure the traffic safety . so it is important to research more precise and automatic system
  汽车制动性是汽车主动安全的重要性能之一,汽车制动性是否符合国家标准要求,对行车安全是非常重要的。同时汽车制动性能的检测研究也为制动性能的科研和生产提供了技术支持和指导。所以,研制高精度、高自动化程度的汽车制动性能测控系统具有重要意义。