slider crank mechanism

The Limited Position ′ s Analyse of the Spatial Slider-crank Mechanism

空间曲柄滑块机构（RSSP）极限位置分析

The mechanism offset double crank slider not only has the characteristic of super quick-return ( k> 3), but also has variety time ratio. The time ratio of this mechanism is changed only the setting position is changed, when the sizes of all linker are determined.

偏置双曲柄滑块机构不仅具有k>3的超急回运动特性，而且具有可变急回运动特性，机构中各构件尺寸一定时，仅仅改变其相对安装位置，便可获得不同的行程速比系数。

Lagrange equation is applied to develop dynamic equations for the slider crank mechanism with elastic connecting rod. Viscous friction and coupling effect are considered between rigid body motion and elastic deformation of connecting rod.

利用Lagrange方程建立了曲柄滑块机构的动力学数学模型，在建模过程中考虑了连杆的弹性运动与机构刚体运动的耦合以及运动副的粘性摩擦。

Optimizing of the Inertia Force for Slider crank mechanism The Balance for Rotating Ball

曲柄滑块机构惯性力优化平衡

Based on the theories of reliability engineering and probability design, the effect of abrasion in games of slider-crank mechanism on the motion reliability of crank press was analyzed.

以典型磨损规律，可靠性工程理论以及概率工程设计方法对曲柄压力机的滑块机构运动参数精度进行了分析研究，全面反映了滑块机构铰链连接处的磨损对曲柄压力机运动可靠性的影响。

Dynamic stability analysis of a slider-crank mechanism with elastic effects

具有弹性效应的曲柄滑块机构的动态稳定性研究

Research on Transmission Performances of the Crank Angle Between Extreme Position in Crank-slider Mechanism

极位夹角对曲柄滑块机构传动性能影响的研究

Calculation formulas are established based on the functions of given movement and dynamical conditions by means of extremum theory, making analytical design of an offset slider crank mechanism more convenient and good for extend.

本文根据偏置曲柄滑块机构的运动特性和传力特性所建立的函数关系，运用极值理论推导出给定条件下传力特性最佳的计算公式，大大方便了设计应用，值得推广。

In order for the institutions of small, lightweight, wear crank slider leader mechanism of the bearing.

为了使机构笨重 、 磨损小, 曲柄不涩块导杆机构的不涩块是轴承.

A method to optimize the slider crank mechanism according to the optimum on was introduced in this paper.

本文介绍了一种按传动最有利条件对曲柄滑块机构进行设计的优化方法，并对设计结果进行了运动学和动力学的初步分析，由此得出了一些令人满意的结论。

According to the types of slider crank mechanism and offset slider crank mechanism, a harmonic component's database of the coupler's rotation angle function including 20300 dimensional types is established.

根据曲柄滑块机构的型式，建立了一个含有对心和偏置两种情况在内的20300组的基本尺寸型连杆转角函数的谐波成分数据库。

Crank angle between extreme position effects transmission performances of mechanism in crank-slider mechanism directly.

在曲柄滑块机构中，极位夹角θ的大小直接影响到机构的传动性能。

The Rule for Determining the Crank Rotary Direction in the Low Speed Crank Slider Mechanism with Six Bars University of Shanghai for Science and Technology

低速曲柄滑块六杆机构曲柄转向的规则

Study of Approximate Function Synthesis in Slider-Crank Mechanism

曲柄滑块机构近似函数综合研究

A study of the dynamic stability of an eccentric slider crank mechanism with elastic effects at both joints of the coupler is presented.

讨论了连杆接头处具有弹性效应的偏心曲柄滑块机构的动态稳定性。

Fuzzy Reliability Design of Slider-Crank Mechanism Motion Error

冷墩机曲柄连杆机构运动误差的模糊可靠性设计

The Static Transmission Conditions in the Synthesis of the Offset slider-crank Mechanism

偏置曲柄滑块机构综合中的静止传递条件

In the paper , a new method designing slider crank mechanism is put forward.

提出了一种设计曲柄滑块机构的新方法.

Dimension Synthesis and Motion Simulation of Slider-Crank Mechanism for Rigid-Body Guidance with Prescribed Timing

曲柄滑块刚体导引机构的尺度综合与运动仿真

The device for driving flat in the flat grinding machine is composed essentially of a slider-crank mechanism and two rotating guide mechanisms.

磨盖板机中的盖板传动装置由一个曲柄滑块机构和两个转动导杆机构等组合而成。

Experiment Study of Dynamic Characteristics of a Flexible Slider Crank Mechanism under External Periodic Force Excitation

外周期力激励下弹性曲柄滑块机构的动态特性实验研究

The paper respectively studies the principles and features for profiling attachment and slider crank mechanism to be used as clamping apparatus to fabricate oval hand hole cover.

分别对凸轮靠模和曲柄滑块机构作为工装加工椭圆手孔盖的原理及特点进行了探讨。

Design of Slider-crank Mechanism Based on the Optimal Transmission Performance of Work Stroke

基于工作行程最佳传动性能的曲柄滑块机构的设计

Dynamic Modeling and Calculation of Slider-Crank Mechanism

具有粘性摩擦的弹性曲柄滑块机构的动力学建模及计算

An Analytical Method of Designing the Offset Slider-Crank Mechanism with the Optimal Transmission Angle

最佳传力特性的偏置曲柄滑块机构解析法设计

Synthesis for the Slider-Crank Mechanism With the Method of Dyads

矢量对方法综合曲柄滑块机构

Reliability Analysis of Kinematic Accuracy for Elastic Slider-Crank Mechanism

弹性曲柄滑块机构的运动精度可靠性分析