1) Four-bar linkage
四杆机构
1.
Analysis on influence of synthetic accuracy for track of four-bar linkage affected by manufacturing error;
制造误差对四杆机构轨迹综合精度的影响分析
2.
Research on dynamic behavior of flexible four-bar linkage;
柔性四杆机构动力学行为研究
3.
The vibration test of finishing lapping machine for ball bearing outer race shows that vibration becomes more and more serious with the increasing of rotation speed of crank,which is excited by four-bar linkage.
文中提出了三种四杆机构的平衡方案,并用软件MSC。
2) four-bar mechanism
四杆机构
1.
Optimistic experiment methods of dimension synthesis of plane four-bar mechanism;
平面四杆机构尺度综合的优化实验法
2.
The Research of a Spatial Rolling-walk Mobile Mechanism Based on Four-bar Mechanism;
基于四杆机构的空间滚动步行移动机构研究
3.
The ant colony algorithm was used to carry on optimization design of four-bar mechanism for food machinery,analyzing and building the geometric relation between the linkage.
采用蚁群算法对食品机械四杆机构进行最优化设计,分析建立杆尺寸间的几何联系,并结合具体实例确定四杆机构各个参数。
3) four bar linkage
四杆机构
1.
The paper gives a example to show a new method of analysis and design of four bar linkage using the popular software,Microsoft Excel,which can perform mumerical calculations and creating charts quickly and accurately It shows the new method makes the analysis and design more understandable,simple and accurate In particular,needn t make any program will raise the designer s productivity highl
利用EXCEL软件的数学运算和图形可视化处理等功能 ,通过实例 ,对四杆机构进行分析与综合 ,并使其结果可视化。
2.
An application example, in which the varible length four bar linkage is used in beam pumping unit s design, is given to demonstrate the practical effect.
针对常规四杆机构中可控性结构参数少的缺点 ,给出了一种机构参数在运动过程中适时变化的新型变参数四杆机构 。
3.
The singular positions of planar four bar linkage with special sizes are analyzed.
分析了特殊尺寸平面四杆机构的奇异位置,说明在此位置前后,实际机构的装配模式发生了变化,在计算机上实现四杆机构的动画演示或进行运动分析和力分析时需对其装配模式进行转换。
4) Four bar mechanism
四杆机构
1.
This paper presents the special application to half-angle rotating method,which belongs to four bar mechanism synthesis method,in the design of wraping execute mechanism.
较详细地阐述了给定曲柄与摇杆摆在极限位置前后的两对相应角位移,利用四杆机构综合理论中的半角转动法,求得特殊的圆心曲线,并说明了其在裹包执行机构设计中的特殊应用。
2.
If the connecting rods locating length and four kinematic positions are known,the optimum design of plane four bar mechanism can be made by the optimization methods.
采用最优化技术 ,对已知连杆定位长及四个运动位置的平面四杆机构进行优化设计 ,以杆尺寸综合最短为寻优目标函数 ,优化确定其设计参
3.
In the design process of plane four bar mechanism, because the traditional method could generate low accuracy and low efficiency,we use Bee Evolutionary Genetic Algorithm to take the place of traditional graphical method or analytic method.
在平面四杆机构设计中,为了避免传统的图解法或分析法的低精度、低效率的缺陷,采用蜜蜂进化型遗传算法,使多目标优化的寻优过程简化,更快地接近全局最优解,同时防止过早收敛,使机构的传动性能得到了改善,优化效果显著。
5) four-rod mechanism
四杆机构
1.
Optimization of four-rod mechanism based on fuzzy set theory;
基于模糊集理论的四杆机构优化设计
2.
By way of analyzing the action mechanism of toys which can walk by two or four foots,the characteristics and points for attention in design of four-rod mechanisms were expounded.
四杆机构和凸轮机构在机动玩具设计中应用非常广泛,通过对两足行走和四足行走玩具动作机构分析,阐述了四杆机构在行走类玩具中的应用特点及设计注意事项。
3.
On the condition that the axes of two chain wheels are in the same horizontal plane, the paper considers that the mesh drive of chain and chain wheel is equal to single small angle movement of four-rod mechanism every time on tight side.
在两链轮的回转中心同处一水平面的条件下 ,视紧边每一时刻链条与链轮的啮合传动为四杆机构作小转角的单向运动 ,建立起相应的链条速度模型 ,并据此分析了影响链传动中链条速度波动的因素 ,得到了一些有益的结
6) four-bar linkage
四连杆机构
1.
The four-bar linkage model of hydraulic support using virtual prototype technnique is established with the help of ADAMAS software.
介绍虚拟样机技术特点,利用ADAMS软件建立了液压支架的虚拟样机模型;对其四连杆机构进行动力学仿真分析,并将机构模型作参数化处理;进行优化设计,实现了液压支架四连杆机构设计参数的优化。
2.
Based on specific requirement for the top-coal caving mining to the four-bar linkage,a design method of the four-bar linkage is put forward in the paper in which the least difference function between the lemniscate locus and the power function curve is used as the main objective function.
基于综放工艺对支架四连杆机构的特殊要求 ,首次提出以双纽线与幂函数曲线之差值最小作为主要目标函数的数学模型 ,并在此基础上应用VisualBasic5 0编制了四连杆机构的优化设计程序 ,可以同时实现优化参数显示与优化结果的动态显
3.
The paper briefly introduces the structure and operation principle of the rear-mounted engine translational motion compartment door, the dimention confirm of four-bar linkage, the check of dynamics and the choice of pneumatic spring, locks, etc.
介绍平移式后发动机舱门的结构及工作原理,四连杆机构尺寸的确定及动力学校核,以及空气弹簧、门锁的选用等。
补充资料:多功能高真空四螺杆反应混炼机
多功能高真空四螺杆反应混炼机
多功能高真空四螺杠夏应混蛛机 魂梆有机吐研究中。*稿
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