3) distance calculation
距离计算
1.
A potential facet set can be found quickly and accurately and this set is compact enough to accelerate the distance calculation greatly.
本算法可应用在需大量距离计算的环境 ,如距离场计算、虚拟环境下的碰撞检测、机器人运动规划及数控加工过程的干涉检查
2.
Based on hierarchical candidate point set matching,the registration algorithm makes full use of the advantages of hierarchical matching and candidate point set matching approach,reduces feature extraction and searching space,and introduces distance calculation into the determination of homologous control point pairs,it can availably decide homologous control point pairs and decrease .
并在同名控制点对的确定中引入距离计算,能更有效地确定同名控制点对,减少了误匹配率,增加的距离计算时间代价很小,而且不随图像大小发生变换,只与最终匹配点对数目有关。
5) braking distance
制动距离
1.
Work-energy principle calculating method for braking distance of truck crane;
汽车起重机制动距离功能原理计算法
2.
In the light of the present situation of the underground transportation in Chinese coal mines,this paper anlayzes on the braking distance,tracting ablity and running speed of ZK107 electric locomotive,and based on this,advances some effective methods for solving the braking problem of ZK107electric locomotive.
针对我国煤矿井下运输的现状,对ZK107型架线电机车的制动距离、牵引能力、运行速度进行了分析,在此基础上提出了解决ZK107架线电机车制动问题的有效方法。
3.
The influence on braking distance and the possible consequence caused by overspeed is mainly analyzed.
笔者对道路交通事故成因进行探讨,分析了车速与事故的关系,重点研究了超速行驶对制动距离的影响,以及可能造成的后果,提出了适当限速能够减轻事故严重程度。
6) brake distance
制动距离
1.
The brake progress of small section steel to cooling bed was analyzed The calculation methods of brake distance of each brake stage were put forward The results are the reference to design the technology and electric control parameters of the small section steel mil
对小型材上冷床制动过程进行了分析 ,并给出了制动过程中各个阶段制动距离的计算方法 ,为小型型钢轧机设计时选择工艺参数和电气控制参数提供了参考。
2.
This paper studies calculation methods of qualified values for brake distance and deceleration and provides the general solution to the brake efficacy for diaxle vehicles.
本文对制动距离和制动减速度的合格值求解方法进行探讨,提出二轴汽车制动效能的通解求法。
补充资料：制动器制动力分配系数
两轴汽车的前、后制动器制动力的比值一般为固定的常数。通常用前制动器制动力对汽车总制动器制动力之比来表明分配比例，即制动器制动力分配系数。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条