讨论了能够产生对称连杆曲线的铰链四杆机构的几何特征。
In this paper the geometry properties of the plane four-bar linkage which can generate a symmetric path are discussed.
这种方法对其它平面铰链四杆机构和平面六杆机构也是适用的。
The method is useful also for general planar four-bar linkage or six-bar linkage.
用函数逼近法综合铰链四杆机构，使其近似实现给定的连杆曲线。
This article introduces the way of approaching function to synthesize the 4-combined-pole-installation, in order to approximately achieve the given curve lines.
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.
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.
介绍了任意铰链四杆机构运动识别及利用鼠标事件实现其任意点连杆曲线的方法。
A method of movement identification about random type of revolute four-bar mechanism and method of realization of random point coupler curve by mouse-event was introduced.
用几何法证明了等视角定理和低副运动可逆性在铰链四杆机构设计中的等价性，以求揭示它们之间的本质联系。
The equivalence between theorem of equal angle of view and reversible property of low pair, applied in synthesis of plane four-bar linkage, is demonstrated to reveal essence of their relation.
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.
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.
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.
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.
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