机构运动链,mechanism kinematic chains
1)mechanism kinematic chains机构运动链
1.Using the statistical learning theory(SLT) put forward by Vapnik et al and the support vector machine(SVM) developed from the SLT, we propose a new approach to the isomorphism identification ofmechanism kinematic chains based on the SVM.介绍了由Vapnik等人提出的统计学习理论和由此发展的支持向量机,提出一种基于支持向量机的机构运动链同构识别的新方法。
英文短句/例句
1.Research on the structure and construction for planar kinematic chains平面机构运动链的组成及其构造分析
2.Motional Stress Analysis and Structural Optimization on Chain of Ditcher链式开沟机链节运动受力状况与结构优化
3.Type Analysis and Synthesis of the Kinematic Chain of Plane Seven-bar Mechanism Used in Hybrid Actuator平面七杆机构混合驱动器运动链分析和综合
4.Kinematic Analysis and Parameter Optimization of Eccentric Sprockets Transmission Mechanism偏心链轮传动机构的运动学分析及参数优化
5.Kinematical and Dynamic Analyses of a Two-degree-of-freedom Closed-loop Mechanism and Research on Its Mechanical Characteristics;两自由度闭链机构的运动学、动力学分析与机构特性研究
6.The Kinematics Analysis of a Novel Parallel Robot with Asymmetrical Architecture;一种含非对称主动运动支链的新型并联机构运动学研究
7.A new approach for distinguishing isomorphism of link chains in mechanical innovative design机械创新设计中同构运动链的判别方法
8.Research on the Structure Synthesis and the Primary Kinematics Performance Analysis for the Parallel Mechanism with the Five-Bar Closed-Chain;含五杆闭链的并联机构构型综合及主要运动性能分析研究
9.Kinematic analysis of the revolute four-bar change-point mechanism at change-points铰链四杆变点机构在变点位置的运动分析及其构形
10.Method of Structural Type Optimization for Kinematic Synthesis of Planar Linkage with All Joint全铰链平面连杆机构运动综合的结构类型优选方法
11.Research on the Kinematics and Sigularities of 6-DOF Parallel Mechanisms with Fewer Limbs;六自由度少支链并联机构的运动学与奇异位形研究
12.Kinematical Emulation for a Flat Four-bar Mechanism Of Track Building Hinges with Five Precise Positions五个精确点轨迹发生铰链四杆机构的运动学仿真
13.Research about Construction Mode and Operation Mechanism of Knowledge Supply Chain;知识供应链构建模式及运行机制研究
14.Research of Industrial Robot Calibration Based on Virtual Closed Kinematic Chain虚拟封闭运动链法提高机器人运动学标定精度
15.Influence of the Center Distance Changing of Silent Chain to the Sprocket Tooth Profile;齿形链传动机构中心距变化对链轮齿廓的影响
16.The Dynamics and Control Design of Planar Four-bar Mechanism;平面铰链四杆机构的动力和控制设计
17.A dynamic solution for a planar linkage five-bar mechanism with Matlab平面铰链五杆机构的Matlab动力学求解
18.Study on Uniform and Reciprocating Oscillation Device of Incomplete-roller Chain不完全链匀速往复摆动机构设计研究
相关短句/例句
Isomorphism of link chains同构运动链
3)moving mechanism运动机构
1.From the point of view of kinematics trace,the relationship between profile of racks andmoving mechanism is studied and the main geometric parameters are determined.本文从运动轨迹出发,探讨齿条齿形和运动机构相互间的关系及其主要几何参数的确定,着重论述电动单轴三偏心连杆式翻钢冷床,并简要提及液压双轴单动或双动齿条式翻钢冷床。
4)mechanism motion机构运动
1.Function analysis ofmechanism motion simulation in the design;浅析机构运动仿真分析在机构设计中的作用
2.In order to ensure structural reliability of deployable structures in orbit, the hybrid analysis of itsmechanism motion and flexible deformation is required.为了保证空间可展结构可靠运行,在展开过程分析中需同时考虑机构运动和弹性变形。
3.Under AutoCAD drafting circumstances,applying the function of Precision drafting and reality size consulting,we go on assisting graphic analyzing onmechanism motion parameter and compared with the analytic method,the result is simple,audio-visual and satisfying the precision requirements.在AutoCAD制图环境下,利用其精确的几何作图和图形实际尺寸的方法进行机构运动参数分析,与机械原理中机构运动分析解析法相对照。
5)mechanism movement机构运动
1.Proe is a powerful tool,it s MXD is good at the analysis of movement,Mechanism movement analysis is the important part in the design,and there is a close relation to each one mentioned above.Pro/Engineer软件的功能十分强大,其中运动仿真模块注重运动的分析;机构运动分析是设计中重要的环节,他们之间有着紧密的联系。
6)mechanical motion机构运动
1.This paper mainly introduces 3-D animation simulation technique based on 3DSMAX,describes its practical applications in some commonmechanical motion simulation,and introduces detailed the application of 3DSMAX taking the simulative motion of a certain radar antenna as an example.主要介绍了以3DSMAX为基础的三维动画仿真技术,阐述了其在一些常见机构运动模拟中的应用,并通过对某雷达天线进行的模拟运动实例详细介绍了3DMAX的具体运用。
延伸阅读
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