论述了现代机构学的研究内容。
Discussed the content at which modern mechanisms try to study.
研究机构学具有重要的实用价值。
论述了可控机构是现代机构学的重要分支。
This paper definitely discussed that controlled mechanisms are important branch of modern mechanisms.
按受控机构学原理，分析受控构件的补偿运动规律；
The law of compensation movement of the controlled links is analysed according to the principle of the controlled five bar mechanism.
柔顺机构是近年来国内外在机构学领域的研究热点之一。
Compliant mechanism is one of the hottest research subjects in the mechanism field in recent years.
并联机构驱动输入选择问题是机构学基本而重要的问题。
The actuating input selection is an important basic problem for the parallel mechanism.
这为解决机构学中的多解问题提供了一个切实可行的方法。
The method is very efficient to solve multiple solution problems in mechanisms.
这是一个很重要的机构学的理论问题，持续已经有150年了。
It is a very important subject of mechanism theory lasting about 150 year.
本文对机构学中对称连杆曲线的FFT分析和综合方法进行了研究。
This paper studies the FFT analysis and the synthesis method of the symmetric coupler curves in mechanism.
在英孚学英语与在其他学校或者语言培训机构学英语有哪些不同?。
What's the difference between learning English at EF and that at other schools or language centers?
因此，积极主动地探索机器人机构学与控制理论的融合具有重要的意义。
Therefore, it is significant to do research on the combination of robotic mechanics and robotic cybernetics.
生物力学是机构学、生物学、力学、医学相互交叉渗透形成的边缘学科。
Biomechanics is an interdisciplinary formed by the mutual pervasion and cross of mechanism, biology, mechanics and medicine.
本文是采用向量、矩阵和最优化设计等机构学的分析方法来解决这一课题的。
The problem can be solved with the analytic methods of mechanisms of vector, matrix and optimum design.
平面机构和空间机构的运动学研究是机器人机构学研究领域的热点和难点之一。
The kinematics of planer and spatial mechanism are one of the main topics and difficult problems in the robotics.
针对非过约束五自由度并联机构是否存在这一机构学公开难题进行了解析判定。
An analytical confirmation was presented for whether the non-over constrained 5-DOF parallel manipulators were existed, that is still an open diffcult problem in the mechanism field.
利用机构学的方法对注射成型机五孔直排式双曲肘合模机构进行运动和力学特性分析。
An analysis of motional and mechanical characteristics for double toggle clamping unit with straight five points of injection molding machine is made by the structural method.
对轧机轴承的损坏原因进行论述，并用机构学原理对四辊轧机工作辊辊系机构进行了分析。
The damage of mill bearings are discussed, and working rollers system of four roller mill is analyzed in mechanics principle.
该机构的提出给传统的机构学带来了生机与活力，丰富了传统机构学的概念和机构设计方法。
The advance of this mechanism not only brought vitality and vigor to traditional mechanisms but also enriched the conception of traditional mechanisms and the method of mechanism design.
轧辊弹性弯曲微尺度行为的机构学控制与轧机滚动轴承延寿方法的成果，已获国家科技二等奖；
The mechanism control method of roll micro dimensional elastic deformation and achievement of mill rolling bearing longevity prolongation research are awarded the national technology two degree.
该方法简单、实用，为实际机构的设计提供了多种选择方案，为机构学设计提供了全新的方法。
This method is simple and practical; it offered multiple selection schemes for the design of practical mechanism and provided brand-new method for the design of mechanism.
本文介绍了燕山大学机器人研究中心18年来在并联机器人机构学基础理论上的研究道路和研究成绩。
This paper introduced the research way and the achievements made by the Robotics research Center of Yanshan University on the basic theory of the parallel robot during the past 18 years.
对此，作者从机构学的角度出发，对实验用并联机床模型的主机构模块进行了较详细的初步研究与分析。
For this purpose, the author has given more detailed and thorough study of main mechanism module of experimental parallel machine tool model for the viewpoint of mechanism.
本文应用机构学、生物力学和流体力学等方面的理论，对气压膝关节大腿假肢进行了较为系统的分析和研究。
In this paper, the above-knee prosthesis with a pneumatic swing control knee joint has been designed with the theory of mechanisms, biomechanics and fluid mechanics.
现代机构学具有广泛的应用前景，可以对可控机构、机器人、微机械、机械动力分析等的深入研究产生影响。
Modern mechanisms has a broad application prospect, it could make great effect on controllable mechanism, robot, micro mechanism, mechanical dynamical analysis, etc.
分析两个旋转轴非正交的倾斜旋转轴结构的五轴机床结构，运用机构学理论建立该类型五轴机床机构学模型。
This paper analyzed the configuration of the five-axis machine tool with a nutating head whose rotational axis is in an inclined plane.
对差动式无级变速减速装置的典范方案，进行了运动学、动力学和机构学的分析研究，提供了差动式无级变速减速装置技术设计的准则。
This article presents kinematic, dynamic and mechanistic analyses and studies of a typical plan of the differential type stepless variable moderator, and provides the technic basis of its design.
首先，结合运动解剖学、临床医学和康复医学等相关知识，分析了踝关节的损伤类型、机理，建立了踝关节的仿生机构学模型和康复运动模型。
Then, based on the kinematics and statics of the ankle rehabilitation robot mechanism, we did its trajectory planning which is good for ankle rehabilitating and designed its control system.
该显示模块用80286宏汇编语言编程，能与FORTRAN 语言接口实现其图形功能，可以方便地用来进行机构学或其它方面的图形显示。
The display block is developed with 80286- macro-assembly and can be interfaced with FORTRAN to realize graphic functions. It is conveniently used to mechanism display and other purposes.
该显示模块用80286宏汇编语言编程，能与FORTRAN 语言接口实现其图形功能，可以方便地用来进行机构学或其它方面的图形显示。
The display block is developed with 80286- macro-assembly and can be interfaced with FORTRAN to realize graphic functions. It is conveniently used to mechanism display and other purposes.
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