kinematic pair
英
美
网络 运动副; 运动对偶
双语例句
- A Creative Design for Seven Link Machanism with Additional Elastic Constrained Kinematic pair
带有附加弹力约束运动副的7杆机构的设计 - The Application of Varied Lead-interval Worm and Worm Wheel Kinematic Pair in High Precision Round Subsection
变导程蜗轮蜗杆副在高精度分度中的应用 - Simple Method for Determining Forces Acting on Kinematic Pair of Planar Mechanism
用简捷方法确定平面机构运动副反力 - Kinematic characteristics and gear pair design for deformed elliptical geared linkage mechanism
变性椭圆齿轮连杆机构的运动特性及齿轮副设计 - By use of the kinematic equation of this mechanism, precision analysis is done from twosides-the length of linkage rod and kinematic pair gap.
利用该机构的运动学方程，分别在杆长和运动副间隙两方面对机构进行精度分析。 - A lubrication equation is derived of kinematic pair of the moving tooth-guidance for moving tooth transmission of push rod style.
推导并建立了推杆式活齿减速器传动中活齿&导槽副的润滑方程。 - For planar hinge four-bar closed kinematic chain the following is done: ① several exact mathematic and verbal expressions of revolving pair condition are enumerated;
对平面铰链四杆闭式运动链作了以下工作：①列举了整转副条件几种准确的数学表达和文字表达； - Adaptability Mechanism Design Based on Optimal Configuration of Kinematic Pair Freedoms
基于运动副自由度优化配置的机构自调性设计研究 - Robust Design of Function Generating Mechanisms Considering Kinematic Pair Clearance
考虑运动副间隙影响的函数发生机构的稳健优化设计 - A New Method for Kinematic Analysis of Planar Linkage with Movable Active Pair
主动副不与机架相连的平面连杆机构运动分析的新方法&虚拟构件法 - With the linear graph and adjacent matrix method of graph theory, the possible forms of this mechanism are discussed by analyzing that of kinematic chain with 4~ 8 links connected by planar low pair.
运用图论的线图和邻接矩阵方法从分析平面低副4～8杆运动链的可能形式出发，分析了以连杆为起始构件这类机构的可能有的形式。 - Effects of Kinematic Pair Clearance and Stiffness on Dynamic Process of Crank Press Executive Mechanism
运动副间隙及刚度对曲柄压力机执行机构动力学过程的影响 - Rational Design and Arrangement of Kinematic Pair for Planar Linkages Based on Redundant Constraint
基于虚约束的平面连杆机构运动副合理设计与配置 - A new three dimensional simulation method is introduced to study the workspace of a 6 PSS ( P denotes a prismatic kinematic pair, S denotes a spherical kinematic pair) parallel machine tool.
介绍一种基于6PSS（P代表移动副，S代表球面副）并联机构的并联加工机工作空间三维仿真新方法&数值分析法。 - An Investigation on Wear Process of Kinematic Pair
运动副磨损过程理论研究 - Converting Method Between Sliding and Rolling in the Kinematic Pair and Its Application
运动副的滑滚转换方法及应用 - The Assur Groups Method of Kinematic Analysis of Planar Linkage with Pair Clearances(ⅱ) The basic procedure of mechanism motion error analysis with pair clearances using the Assur Groups
含间隙平面连杆机构运动分析的杆组法（Ⅱ）应用杆组法进行含间隙机构运动误差分析的基本方法 - Lubrication Regimes Analysis of Kinematic Pair of Moving Tooth-guidance for Moving Teeth Transmission of Push Rod Style
推杆式活齿传动中活齿&导槽副润滑状态分析 - The Accuracy Analysis for Kinematic Error of Plane Low Pair Mechanism Using Complex Number Methode
复数法计算平面低副机构运动误差的精确度分析 - The structure analyses of kinematic chain of moving pair in tle plane
平面移动副运动链的结构分析 - The wearing depth distribution of different contact positions of typical kinematic pair is discussed.
研讨了典型运动副不同接触位置的磨损深度分布情况。 - First, the reverse solution model of position, velocity and acceleration of parallel kinematic machine is deduced including parallelogram strut structure and the outer translation pair driving fashion. Based on the above, its rigid dynamic model is set up by using the virtual work principle.
首先导出了外移动副驱动，含平行四边形支链结构的并联机构位置、速度及加速度逆解模型，并利用虚功原理建立其刚体动力学逆解模型。 - Study on Dynamical Optimization Design Principle of the Rotative High Kinematic Pair Mechanism
回转高副机构的动态优化设计原理研究 - Kinematic analysis is carried out for the first time on constant-breadth arc cam mechanisms with oscillating flat-faced follower by the method of replacing higher pair by lower pairs.
采用高副低代的方法，首次对平底摆动从动件等宽圆弧凸轮机构进行运动分析。 - Because the kinematic pair error of Parallel Machine Tool is difficult to be measured directly, this paper designs the measuring system on structure precision for Parallel Machine Tool based on neural network.
针对并联机床各运动副误差难以直接测量的问题，设计了基于神经网络的并联机床结构精度标定测试系统。 - The two-parameter kinematic model of the spherical gear pair is established, and the kinematic analysis of two basic mechanisms, the ideal mechanism and the gimbal mechanism, is performed.
建立了球齿轮副的双参数运动学模型，对球齿轮副的两种基本机构&理想机构与万向节式机构进行了运动学原理分析。 - Friction and wear extensively exist in the kinematic pair of different kinds of machines.
摩擦磨损广泛存在于各种运转机器的运动副之间。 - The contact force and kinematic pair are added, and the complete virtual prototype mechanical model is established.
添加接触力和运动副，建立了馈源支撑系统完整的虚拟样机机械系统模型。 - Then the restraint force and restraint moment are calculated for each kinematic pair.
然后求出机构各个运动副所受的约束力和约束力矩。