杆组的英文

• a ur group
• assur group

• "杆"英文翻译    shaft; rod; bar
• "组"英文翻译    group
• "导杆组" 英文翻译 :    guide-bar unit
• "级杆组" 英文翻译 :    dyad ii
• "连杆组" 英文翻译 :    linkage
• "喷杆组" 英文翻译 :    boom section; boom wing
• "钻杆组" 英文翻译 :    drilling shaft
• "变速杆组" 英文翻译 :    gear shifter group
• "补连杆组（球面）" 英文翻译 :    supplementary linkages
• "对杆组件" 英文翻译 :    contra stem assembly
• "负荷连杆组" 英文翻译 :    loading linkage
• "杠杆组合" 英文翻译 :    lever assembly
• "滑槽连杆组" 英文翻译 :    sliding slot linkage
• "滑块连杆组" 英文翻译 :    sliding block linkage
• "均衡杠杆组" 英文翻译 :    equalizing lever set
• "空间连杆组" 英文翻译 :    spatial linkage
• "拉杆组合件" 英文翻译 :    rod assembly
• "连杆组合" 英文翻译 :    connecting rod assembly
• "连杆组合体" 英文翻译 :    connecting rod assembly
• "连杆组件" 英文翻译 :    connecting rod assembly; connectingrodassembly; link assembly
• "起源连杆组" 英文翻译 :    source linkage
• "气门挺杆组" 英文翻译 :    valve tappet cluster
• "球面连杆组" 英文翻译 :    spherical linkage
• "四连杆组" 英文翻译 :    four-bar linkage
• "挺杆组合" 英文翻译 :    tappet assembly

• An equivalent system of rrr - rrr grade bar - group and its dynamic model
  级杆组的等效系统动力学建模
• The circuit identification of planar single - input - dyads mechanism ( sidm ) is studied
  研究平面单输入双杆组连杆机构( sidm )回路识别问题。
• For 2 - dof 5 - bar hybrid driven hinged linkages , ‘ two - step synthesis method ’ has been applied to study its path generation synthesis . firstly , the optimization model for
  首先建立应用rrr级杆组精确再现轨迹的优化综合模型,然后在运动分析的基础上建立以rrr级杆组作补偿运动的优化综合模型。
• This paper presents an assur - group method for the kinematic analysis of plannar cam mechanisms . during inversion , each instantaneous cam mechanism is transformed into an assur - group in this method
  该方法是把反转中的凸轮机构的各个瞬时机构转化为杆组，通过对杆组的分析完成对凸轮机构从动件的运动分析。
• Taking unified kinematic synthesis equations for hinged 3 - bar groups as foundation , this paper puts forward the unified optimization models of function synthesis for watt , stephenson , and 6 - bar linkages
  以铰链三杆组运动综合方程组为基础建立watt型及stephenson ,型函数发生机构运动综合的统一优化方程。
• As - sbc contains a basic four - bar loop ( bfbc ) and a dyad . base on the distance of two common joints shared by the bfbc . and the dyad , the model of circuit identification is established
  将stephenson六杆链( s - sbc )看作由一个基础四杆链( bfbc )和双杆组组成，基于bfbc和双杆组的两个公共副之间的距离，建立了s - sbc回路识别模型。
• The optimization models of approximate kinematic synthesis for rigid - body guidance , path generation , and function generation of inverted crank - slide mechanisms have been set up , according to kinematic synthesis equations of rrr and rpr groups
  以rrr和rpr级杆组的运动综合方程为基础,建立导杆刚体导引、轨迹发生和函数发生机构的近似运动优化综合方程。
• So we can complete the kinematic analysis of the cam mechanism by the analysis of the corresponding assur - group . based on the method , this paper deals with plannar disc - cam mechanisms with different types of followers . the main points of this paper are as follows
  基于杆组的分析方法，本文围绕各种类型从动件的平面盘形凸轮机构做了如下工作： 1 .根据凸轮机构的检测数据利用三次周期样条函数插值法对凸轮实际廓线进行曲线拟合。
• The acceptability our rejection and the depiction of some content in the course " mechanisms and machine theory " is discussed , ( e . g . , group dividing , solving steps of the graphical method for vector equation , versions and methods for analytical kinematic analysis , inversion design for linkage mechanisms , crank angle between the two limiting positions , design formulae for cam mechanisms , classification of combined mechanisms , formula of the radius of addendum circle of gear , , balancing of machinery , etc . ) and some new opinions are presented
  摘要就《机械原理》课程的某些内容（如：拆杆组的方法、矢量方程图解法的解题步骤、运动分析解析法的版本和方法、连杆机构的反转法设计、极位夹角、凸轮机构设计公式、组合机构的分类、齿轮齿顶圆半径公式、机械的平衡等）的取舍和叙述进行探讨，提出一些新的看法。
• A planar sidm with j loops ( expressed in term of smj ) can be regarded as comprising of a sidm with j - loops ( expressed in term of smj - 1 ) and a dyad ( expressed in term of dyadj ) . then , the circuit condition of sm , is determined by the circuit condition of smj - 1 and the configuration of dyadj . based on the above thought and combined with the automatic generation of structural decomposing of planar mechanism according to the type transformation theory , circuit automatic identification of planar sidm are realized , two examples are given to demonstrate the use of this method
  具有j个环路的sidm可看作由j - 1个环路sidm与一个双杆组(记作dyad _ j )组成，则sm _ j的回路情况由sm _ ( j - 1 )的回路情况、 dyad _ j的构形以及dyad _ j与sm _ ( j - 1 )运动的相互作用决定，基于此思想，在全面分析了所有类型双杆组的构形及装配条件的基础上，与型转化法机构结构分解路线的自动生成相结合，实现了平面sidm回路识别的系统化与自动化；最后给出了两个分析实例。