Obstacle detecting system for off-road autonomous navigation;
针对越野自主导航的障碍物检测系统
Impetus and resistance for the launching of orienteering at PE major in colleges of Shandong;
山东省高校体育教育专业开展定向越野的推力与阻力分析
The present paper analyzes the reason and the principle of students ankle straining in the orienteering based on observation,questionnaire and functional training and puts forward some methods to cure the straining ankle as well as those of functional training.
为预防和减少定向越野中的踝关节损伤,我们采用观察法、问卷调查法和功能训练法,对定向越野中学生踝关节损伤的原因及其原理进行分析,同时提出了踝关节扭伤的治疗方法与功能恢复训练的一些手段。
This studies the importance of orienteering in college.
阐述了普通高校开展定向越野运动的重要性,同时从选材、校内训练、集中山区训练以及注意的事项等几个方面,探讨了如何解决困扰平原地区普通高校开展定向越野运动的实践与方法。
Treatment on the patients of heat stroke associated with MODS resuled from cross-country training;
越野训练致热射病并发多器官功能不全救治分析
Objective To investigate the causing of syndrome of acute cerebral ischemia after 5 kilometers runing with gun and make a protective method.
目的 了解新兵全副武装5km越野后急性脑缺氧综合征发生情况。
By using controllable suspension,the consideration for off-road vehicle is given to both on road and cross-country.
可控悬架可以使越野车辆兼顾越野行驶和道路行驶。
Research on Hydro-electric Active Suspension Fuzzy Control System of Off-road Vehicle;
越野车电液主动悬架模糊控制的研究
To fulfill a design task of off-road vehicles with high mobility for Dongfeng Motor Corporation and solve several failure problems of body mounting system during the process of road test, the paper determined the whole layout strategy of body mounting system, developed the optimal design of body mounting system of off-road vehicles.
解决某越野车车身悬置系统在试验过程中出现的问题,确定了该越野车车身系统的布置方案,对系统参数进行优化设计,通过3万km可靠性试验和各种路况的道路试验证明车身悬置系统优化方案能较好地满足实际应用要求。
Based on a basic fuzzy control module,a two-stage adaptive fuzzy control system for the automat- ic transmission of an off-road vehicle is established for improving the adaptability of the control system in off-road ve- hicle to complex road conditions.
为提高装备自动变速器的越野汽车换挡控制系统对复杂路况的自适应能力,在基本模糊控制模块基础上,建立了具有两级递阶结构的越野车自适应模糊换挡控制系统。
Simulation of suspension optimization for off-road vehicle on sinkable terrain;
变形路面上越野汽车悬架优化的仿真分析
Simulation study of light off-road vehicle LSD in virtual environment;
虚拟环境下轻型越野汽车限滑差速装置仿真
This paper discusses the off-road vehicle’s adaptability technology for the high temperature,low temperature,fording in water,high-altitude,EMC etc limit environmental.
论述了越野汽车高温、低温、涉水、高海拔、电磁等极端环境适应技术,为越野汽车适应极端环境提供一些设计参考。