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   空间四杆 的翻译结果: 查询用时:0.242秒
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空间四杆
相关语句
  spatial four-bar
     A clear answer lies here as to the maximum and the winimum link length with which RSSR, RSSP, RSRC and RSCR spatial four-bar linkages can be assembled.
     得出了含两个球面副的RSSR、RSSP以及含一个球面副的RSRC、RSCR等空间四杆机构的能装配成机构的最大和最小连杆长度的清晰解答。
短句来源
     Research on spatial four-bar biped mechanism
     一种空间四杆两足步行机构的研究
短句来源
     An Experiment on the Balancing of the Fluctuating Input Torgue in A Spatial Four-Bar RS' SR Linkage
     RS'SR空间四杆机构的输入扭矩波动平衡实验
短句来源
     The RSSR mechanism with a twist angle of 90°is one of the Spatial four-bar linkages Which finds wide application in practical production.
     叉角为90°的RSSR机构是生产中广泛使用的一种空间四杆机构.
短句来源
     The Research of a Smart Mobile Platform Based on Spatial Four-bar Mechanism
     基于空间四杆机构的灵巧移动平台研究
短句来源
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  “空间四杆”译为未确定词的双语例句
     In this paper, the existence condition of a crank in the space four-bar linkage RSSP, transmission angle, variation coefficient of travel speed and the motion range of the rocker in the RSSP mechanism are analysed by the planar graphic method.
     本文用平面图解方法分析了空间四杆机构(RSSP)的曲柄存在条件、传动角、行程速度变化系数及摇杆RSSP机构的运动范围。
短句来源
     The Optimal Design of RSSP Spatial Four Bar Mechanism
     基于最大压力角α_(max)趋于最小的RSSP空间四杆机构优化设计
短句来源
     SETTING UP A DESIGN EQUATION FROM THE CLOSED LOOP CIRCUIT EQUATION OF THE EQUIVALENT MECHANISM——DESIGNING A SPACE FOURBAR MECHANISM
     由当量机构回路闭合方程式建立设计方程——设计空间四杆机构
短句来源
     The analysis of velocity fluctuation inspatial 4 - link mechanism RSS'P
     空间四杆机构RSS’P的速度波动分析
短句来源
     In this paper, a new optimal method for nonlinear constrained problems the augmented multiplier method is introduced.
     本文介绍了一种新的约束非线性最优化方法-增广乘子法,并将这种方法应用于空间四杆机构的运动综合.
短句来源
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  相似匹配句对
     Kinematic Analysis of Spatial Four-Bar Linkage Mechanisms
     空间机构运动分析
短句来源
     A Kinetic Analysis of Space Four Bar Linkage RSCR
     空间RSCR机构的运动分析
短句来源
     Complex Number Method for Kinematic Analysis of Spatial Four-bar Linkage
     空间机构运动分析的复数法
短句来源
     Design and Simulation for a Four-bar Spatial Linkage Walking Robot
     空间机构步行机设计与仿真
短句来源
     SPACE MODELS AND DIMENSI0NAL TYPES OF SPHERICAL FOUR-BAR LINKAGES
     球面机构的空间模型及尺寸型
短句来源
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  spatial four-bar
As for general spatial four-bar linkages, remarks are given in 4.
      


Being the first part of kinematic analysis for spatial mechanisms byrotation transformation tensor method including the hand structure of robots,this paper gave abrief introduction mathematical basis of rotation transformantiontensor method;suggested positive solution of spatial vector triangle and tetrahedronfor kinematic analysis and maveloped a dethematical model that applies to thesolution with a computer,and organizeds programming of kinematic analysis forspatial four-bar linkage mechanisms with FORTRAN...

Being the first part of kinematic analysis for spatial mechanisms byrotation transformation tensor method including the hand structure of robots,this paper gave abrief introduction mathematical basis of rotation transformantiontensor method;suggested positive solution of spatial vector triangle and tetrahedronfor kinematic analysis and maveloped a dethematical model that applies to thesolution with a computer,and organizeds programming of kinematic analysis forspatial four-bar linkage mechanisms with FORTRAN algorithmic language.

本文是用回转变换张量法,对空间机构(包括机械人手部结构)作运动分析的第一部分。文中介绍了应用回转变换张量法的数学基础,提出在运动分析中所使用的空间向量三角形和空间四面体的向量方程的详解,导出了适用于电子计算机解题的数学模型,并用FORTRAN 计算语言编写了空间四杆机构运动分析的程序。

The RSSR mechanism with a twist angle of 90°is one of the Spatial four-bar linkages Which finds wide application in practical production.Basing on the peculiarities of this mechanism,the author made a study into the ways to simplify it to the plane four-bar linkage with a coupler of variable length,so that this mechanism could be de-signed with the method similar to that of the plane four-bar linkage.Several simplified design procedures for such spatial four-bar linkage are given in this article. The author...

The RSSR mechanism with a twist angle of 90°is one of the Spatial four-bar linkages Which finds wide application in practical production.Basing on the peculiarities of this mechanism,the author made a study into the ways to simplify it to the plane four-bar linkage with a coupler of variable length,so that this mechanism could be de-signed with the method similar to that of the plane four-bar linkage.Several simplified design procedures for such spatial four-bar linkage are given in this article. The author has derived a formula for the pressure angle and a simplified formula for such a spatial four-bar linkage.

叉角为90°的RSSR机构是生产中广泛使用的一种空间四杆机构.作者根据这种机构的特点,将其简化为具有可变长度连杆的平面四杆机构进行研究.设计者可用类似设计平面四杆机构的方法来设计这种空间机构.文中按这个设想提供了这种空间四杆机构的某些设计方法.作者推导了该空间四杆机构中的压力角公式及其简化公式.

Applying the method of direction cosine matrix and imaginary removal of certain links, moreover according to the identity conditions of mechanism motions, displacement equations of a closed differential type compound spatial linkages are derived. The main part of this linkage is a spatial five-bar with two degrees of freedom. By composite on it a planar and a spatial four-bar, the resultant linkage forms a closed differential type with only me degree of freedom. The linkage used in the GK13-1 three needle flat-seaming...

Applying the method of direction cosine matrix and imaginary removal of certain links, moreover according to the identity conditions of mechanism motions, displacement equations of a closed differential type compound spatial linkages are derived. The main part of this linkage is a spatial five-bar with two degrees of freedom. By composite on it a planar and a spatial four-bar, the resultant linkage forms a closed differential type with only me degree of freedom. The linkage used in the GK13-1 three needle flat-seaming machine is an example and the spatial coupler curve traced by the looper point is caculated and shown graphycally.

本文采用方同余弦矩阵和假想拆杆的方法,按照机构运动的相对同一性的特点,对包括空间四杆曲柄摇杆机构和平面四杆曲柄摇杆机构在内的,并以双自由度空间五杆机构为核心的封闭差动式复合空间机构,导出运动方程式,以GK13-1型三针绷缝体为例,计算并绘出其弯针尖端运动的空间连杆曲线。

 
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