1) cam and planar four-bar linkage
凸轮-平面四杆式开启机构
1.
Design of the cam and planar four-bar linkage of the duck rostra opener
鸭嘴式穴播器活动门凸轮-平面四杆式开启机构的研究
2) Planar cam mechanism
平面凸轮机构
1.
Analysis and numerical simulation on reliability of motion accuracy for planar cam mechanism;
平面凸轮机构运动精度可靠性分析与数字仿真
2.
A planar cam mechanism CAD system(PCMCAD) is developed by DELPHI 7.
0开发了平面凸轮机构设计CAD系统(PCMCAD),数据库由Access 2000构建,以ADO方式进行数据读写。
3.
This paper analyzes the elastic dynamic response of planar cam mechanism based on reliability theory.
将可靠性的理论用于平面凸轮机构的弹性动力学分析中,首先建立平面凸轮机构的弹性动力学分析模型,推导出基于可靠性的平面凸轮机构的弹性动力学响应的公式,并将这些公式应用于平面凸轮机构的弹性动力学分析的算例中,认为其在设计平面凸轮机构时具有指导性意义,这对高速机构的研究有着重要的理论和实际意义。
3) planar four-bar mechanism
平面四连杆机构
1.
Application of VB in the kinematics analysis of planar four-bar mechanism;
VB在平面四连杆机构运动分析中的应用
2.
This paper analyzes all types of planar four-bar mechanisms with sliding pairs and the range of theswing angles or the stroke of the driving and the driven body.
本文对常用的含有移动副的平面四连杆机构进行了类型分析，并分析了主动件和从动件的运动范围。
4) four-bar linkage
平面四杆机构
1.
Ball’s curve and Burmester’s curve for four-bar linkage;
平面四杆机构的Ball点和Burmester点曲线
2.
Based on the differential geometry, a kinematic geometry model of the planar four-bar linkages is proposed.
对于众多类型的平面四杆机构的运动几何学问题，只需求解最简单的基本机构的位移方程；然后通过角度参量变换模式，便可求得运动几何学参数，为其应用及动态仿真软件的编制提供了理论依据。
5) plane four-bar mechanism
平面四杆机构
1.
By presenting and proving some quoted theorems and theorems on all revolution quality of revolute pair in plane four-bar closed chain with prismatic pair,the author obtains a systematic and completed type judgement theorem of plane four-bar mechanism with single and double prismatic pairs.
通过提出并证明含移动副平面四杆闭链中转动副之整转性的若干引理、定理,得到了系统、完备的含单、双移动副平面四杆机构的类型判定定理。
2.
As an aided design method of the graphical construction of plane four-bar mechanism,AutoCAD remains the advantages of graphical construction: simple principle,being lucid,avoiding graphical error and improving the efficiency and the design accuracy.
在平面四杆机构的作图法中应用AutoCAD软件进行辅助设计,保持了作图法原理简单、方法直观的优点,同时可减少作图误差,提高了作图效率和设计精度。
3.
The basic characteristics of plane four-bar mechanism are analyzed, its mathematical mode is researched and predigested, on this basis, the mathematical mode is resolved by programming.
分析平面四杆机构的基本特性,研究并简化了平面四杆机构的数学模型,并在此基础上对数学模型进行编程求解。
6) four-bar-mechanism in a plane
平面四连杆机构
1.
The motion simulation of four-bar-mechanism in a plane is implemented by optimization design and parametrization plotting.
采用易语言开发,通过对平面四连杆机构类型判断和参数化绘图,实现了平面四连杆机构的运动仿真,从而为研究设计平面四连杆机构提供了一种高效、快捷的方法。
2.
To discuss the determination of the configuration of four-bar-mechanism in a plane,force conduction,the output moment and the reaction of bearings with the vector equation, considering friction force.
应用矢量方程确定了在考虑摩擦力情况下平面四连杆机构的位形、力的传导、输出力矩和轴承反力
3.
The motion simulation of four-bar-mechanism in a plane is implemented by optimization design and parametrization plotting.
采用易语言开发,通过对平面四连杆机构类型判断和参数化绘图,实现了平面四连杆机构的运动仿真,从而为研究设计平面四连杆机构提供了一种高效、快捷的方法。
补充资料：凸轮
1.一种具有曲面周缘或凹槽的零件。种类很多，可以推动从动零件作往复移动或摆动。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条