该系统可实现发动机罩平衡铰链机构的快速设计、多方案优选和比较。
In this ray, the fast design, optimization and comparison of balancing hinge installat…
本方法和结论可供工程技术人员设计、制造、装配及调试双万向铰链机构时参考。
The conclusions and the analytical methods offered a significant guidance to the design, manufacturing and assembly of universal joints.
结合实际的汽车行李箱盖开闭设计，简述连杆平衡铰链机构设计的模仿、借鉴思路。
This paper Outlines how to borrow ideas from the real - world automobile trunk lid opening and closing design to perform the connecting - rod -balanced hinge mechanism design.
在造型基础一动态模型设计的教学中发现，很多同学设计的动态模型采用了连杆平衡铰链机构。
We have found out in the teaching of the modeling foundation - dynamic model design that a lot of students design dynamic models using the connecting - rod - balanced hinge mechanism.
虎克铰作为一种能够提供两个自由度的铰链机构，在各种机构形式的并联机器人中得到了广泛的应用。
Hooke joint, as a kind of joint mechanism, which can supply two DOF revolution, has found a wide application in mechanisms of various style parallel robots.
本文提出了一种新型的变形体镗头方案，在该方案中，压电陶瓷驱动柔性铰链机构实现镗刀的径向进给。
This thesis puts forward a new solution of deformed boring-head, in which piezoelectric drives flexible hinge mechanism to realize radical feed.
本文针对应用于空间多自由度微位移工作台的双轴柔性铰链机构进行研究，推导柔性铰链柔度计算公式。
This thesis researches on the double-axis flexure hinges which widely used in the space multi-DOF micro-displacement work stage, and presents the compliance equations for double-axis flexure hinges.
通过定义的误差贡献率评价指标，方便地分析了柔性铰链寄生刚度对平面柔性铰链机构刚度模型精度的影响。
The index of the error contribution rate is proposed, which facilitates the study of the effect of parasitic stiffness of flexure hinge on planar compliant mechanism.
同时采用了柔性铰链机构及步进电机传动中联轴驱动一体机构，使整套系统具有调整精度高、稳定性好等特点。
The one body joint drive structure and a flexible structure ensure the system with high adjusting accuracy and stability.
根据对用于镗孔加工刀具补偿的微位移技术的分析以及对柔性铰链机构的研究，研发了一套具有自主知识产权的平行四边形弹性镗杆结构的镗孔刀具微量补偿装置。
Based on the research on micro movement and elastic gemels, a boring cutter micro compensation device amounted on the parallelogram elastic boring rod is developed with self owned intelligence right.
所建立的系统模型反映了系统动态特性参数与铰链弹性五杆机构结构参数、电机电磁参数之间的关系。
The relation between the dynamic characteristics and the system parameters such as material parameters, electromagnetism parameters, structure parameters, is derived in the dynamic equation.
微机器人的传动支链采用柔性铰链微位移放大机构，并用细钢丝代替球铰链。
The transmission branch chain of micro-robot adopts flexible hinged minute-displacement enlarging mechanism and USES thin steel wires instead of global hinges.
四连杆铰链气弹簧助力式开启机构是目前高档汽车特别是轿车上经常采用的一种结构。
Air spring booster type four bar linkage opening mechanism is a currently used common structure on high class automobile, especially on car.
压电波发生器由八组以上压电驱动器及弹性铰链位移放大机构组合而成。
Piezoelectric wave generator contains more than eight groups of piezoelectric actuators and displacement amplifiers with flexible hinges.
设计了一种以柔性铰链为运动副，磁致伸缩作动器为驱动支杆的并联微动机构。
A type of parallel micromanipulator with flexible hinges as the motion pair and magnetostrictive actuator as the driving rod is designed.
并提出丝杠铰链摇摆门机构新方案。
卷尺弹簧铰链以其质量轻、展开可靠性高以及自动锁定等诸多优点在空间展开机构中得到日益广泛的应用。
The tape spring hinge has been used widely in the space deploy structures because of its advantages such as the low mass, high reliable and self-locked.
重型自卸汽车设计中经常选用三角臂组合式倾卸机构，应用的是铰链四连杆机械运动工作原理。
The moving theory of four bar linkage is often used to analyze the triangular arm unloading mechanism of dump truck.
在有限微量位移机构中，柔性铰链是实现微位移功能的新型机械结构。
In finite and tiny displacement machine, flexural hinges are a new structure machine to implement tiny displacement.
研究了基于铰链磨损的机构可靠性，分析了可靠性研究的原理和方法，并通过实例说明其应用。
The paper studies the mechanical reliability based on wear of hinge. It analyses the principle and method of the research of reliability, and introduces its application with examples.
针对刚体导引四位置铰链四杆机构综合问题，进行了可视化的程序开发与设计。
A visual program for synthesis problems of rigid body guidance flat four-bar mechanism with four-position is developed.
此法在铰链四杆机构的一般位置进行研究，较传统方法更具说服力，并且更简便。
The method is studied in the general position of the mechanism, and is more convincing, more simple and convenient in use than the traditional methods.
该工作平台采用压电陶瓷作为驱动机构，弹性铰链作为预紧机构。
This working platform adopted piezoelectric ceramics as the driving mechanism and elastic hinge as the pre-tightening mechanism.
在微位移技术中，柔性铰链是实现微位移和高分辨率的理想机构。
In the case of micro displacement technology, the flexure hinge is an ideal mechanism to realize the micro displacement and high resolution.
对平面二自由度五杆机构的位姿形式及位置逆解进行分析之后，提出了用二自由度辅助机构进行全铰链五杆轨迹机构综合的方法。
A method that USES two degrees of freedom (DOF) auxiliary mechanisms to path synthesize a five-bar mechanism was presented after analyzing the posts and inverted solutions of the five-bar mechanism.
该机构用步进电机驱动，柔性铰链和弹性平板作为传动导向机构，可以实现纳米级的运动分辨率。
The driving component is a step motor, the submicro-meter accuracy is obtained from the adoption of the flexible hinge and elastic element as a guide rail.
提出了遗传惩罚复合优化方法GPCM，并应用于平面铰链四杆机构设计。
A optimization algorithm called as genetic and punishable complex method GPCM is approached, and applied to design of the plane four-bar linkage mechanism.
科学工作者基于滑板和铰链连杆机构，设计了一种可同时在平地和楼梯上使用的简易多功能逃生椅。
Based on skateboards and hinge linkages, a simple multifunctional evacuation chair is designed, which can be used both on ground and down stairs.
以液压缸最小受力为目标函数，分析各铰链点坐标对机构性能的敏感性。
Taking the minimum force of the hydraulic pressure jar as the objective function, we analyze the sensitivity that each hinge point has on property.
以液压缸最小受力为目标函数，分析各铰链点坐标对机构性能的敏感性。
Taking the minimum force of the hydraulic pressure jar as the objective function, we analyze the sensitivity that each hinge point has on property.
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