平面连杆机构的英文

• planar linkage

• "平面"英文翻译    plane; two dimensions; flat ...
• "连杆机构" 英文翻译 :    bar linkage; connecting rod gear; connecting-rod gear; connectingrodgear; link gear; link mechanism; link rod assembly; linkage assembly; mechanism of connecting rod
• "四连杆机构" 英文翻译 :    four bar linkage mechanism; four bar mechanism; four link mechanism; four-bar linkage; four-bar mechanism; quadric crank mechanism
• "背杆曲连杆机构，四连杆机构" 英文翻译 :    quadratic crank mechanism
• "滑块连杆机构" 英文翻译 :    sliding-block linkage
• "加速连杆机构" 英文翻译 :    accelerator linkage
• "空间连杆机构" 英文翻译 :    spatial linkage
• "平行连杆机构" 英文翻译 :    parallel linkage
• "曲柄连杆机构" 英文翻译 :    crank gear; crank link mechanism; crank-connecting rod mechanism; crank-link mechanism
• "曲轴连杆机构" 英文翻译 :    crankshaft & connecting; crankshaft connecting rod system
• "连杆机构联动机构" 英文翻译 :    link mechanism
• "平面四杆机构" 英文翻译 :    plane four bar mechanism
• "摆杆曲柄连杆机构" 英文翻译 :    lever crank mechanism; levercrankmechanism; quadric crank mechanism
• "背杆曲连杆机构" 英文翻译 :    quadratic crank mechanism
• "绞接四连杆机构" 英文翻译 :    four bar linkage; four link mechanism
• "连杆机构联动装置" 英文翻译 :    link gear
• "偏心曲柄连杆机构" 英文翻译 :    central-located connecting rod; offset connecting rod
• "双摆四连杆机构" 英文翻译 :    double swing lever mechanism
• "双曲柄连杆机构" 英文翻译 :    drag link
• "中心曲柄连杆机构" 英文翻译 :    central-located connecting rod
• "平面铰链四杆机构" 英文翻译 :    planar pivot four-bar mechanism
• "交叉滑块曲柄连杆机构" 英文翻译 :    cross slider crank chain
• "球面连杆组" 英文翻译 :    spherical linkage
• "平面连接器" 英文翻译 :    planar junction
• "圆形截面连杆" 英文翻译 :    round section connecting rod

• Research on the dynamical balancing of plane machinery
  平面连杆机构动力平衡的研究进展
• Application of screen imitating in the path synthesis of plane linkage mechanism
  屏幕拟合法在平面连杆机构离散点轨迹综合中的应用
• Computer aided modeling of planar linkage mechanism and development of general analytic software
  平面连杆机构计算机建模与通用分析软件的开发
• The software system of analysis and synthesis of planar linkages is formed at last by author
  最后形成了平面连杆机构分析与综合的多项式解软件系统。
• This paper bases on the through program ? project of the ministry of communication ~ progression of science and technology , whose name is the similar analytic solution of analysis and synthesis of planar linkages
  本课题来源于交通部科技进步“通达计划”项目? “平面连杆机构分析与综合的类解析解” 。
• Through the discussion on the general analytic method of planar linkage mechanism , a kind of automatic computer aided modeling method for carrying out description of mechanism and realizing the linkage mechanism with a man - computer interactive manner has been put forward
  摘要通过对平面连杆机构通用分析方法的探讨，提出了一种利用人机交互方式进行机构描述并实现连杆机构的计算机自动建模的方法。
• Planar linkage mechanisms are used very widely in engineering and can also be regarded as the theoretical structure model of all other basic mechanisms , thus they have been gained attention by domestic and overseas researchers and engineers all the time
  平面连杆机构是工程实际中应用非常广泛的机构类型；同时，平面连杆机构又可视为其它基本机构的理论结构原形，是机构学理论与方法的研究中最基本、最主要的研究对象。
• The main work includes : the kinematic properties of a planner 4 - bar linkage are researched deeply using the assur group theory . the displacement , velocity and acceleration of each joint point in a motion period are put forward and their curves of the relevant points are plotted
  通过运动学分析，得出平面连杆机构在一个运动周期中各铰接点的位置、速度和加速度以及各杆件的角速度、角加速度等运动学参数，并绘制出相应的变化曲线。
• The results of analysis show that : 1 ) doi of the pin - axis errors , especially the crank - pin - axis errors , is bigger than other axis errors ; 2 ) from the calculating results of doi of the errors of the different kinematic pairs , doi of rotate - completely pairs is bigger than that of oscillate pairs ; 3 ) the forced coupler - deformations resulted from the constraints out of motion plane consist of twisting and bending deformation , and the deformations are variat
  ( 4 )首次提出了运动副误差对平面连杆机构约束不确定性影响度的评判指标和单因素定量分析方法，得到了机构中不同运动副的不同平面内的误差对机构性能的影响程度。本文的分析计算结果表明，平面连杆机构中的非平面约束所造成的连杆强制变形中既有扭转变形又有弯曲变形。
• Based on vc and opengl software platform , as a part of integrate planar mechanism analysis and simulation cai , the mechanism theory has been adopted to analysis the movement trace and profile of linkage ; adopt oriented object method to capsulate the class module . each corresponding class module complete parameter storage and process ; adopt message - map , message - trigger to organize the programming and response the user " s input ; use the document - view structure of the visual vc + + mfc class foundation as the basis of the programming architecture to complete those functions . use oriented object method to product the following class module : control class , render class , document class , mechanism class and other classes ; adopt opengl library to draw the three dimensional graph based on the result of mechanism analysis ; use model transforming , lighting , material , color , frame - buffer , display - list , graphics - component combine etc to draw the three - dimension mechanism and make the simulation of linkage has high reality
  本文叙述了平面连杆机构运动分析和可视化仿真的理论算法及其编程实现方法，基于微机vc平台，采用opengl图形库编程，利用面向对象的方法对机构进行功能封装，利用vc + +的文档视结构作为最基本的窗架，生成并控制三维绘制类、文档类、主窗口类和一些辅助类，利用windows平台的消息映射、事件驱动来组织程序运行和响应用户反馈，利用机构分析得出坐标数据驱动opengl库绘制三维机构图形。