Silent Chain

The Meshing Mechanism and Simulation Analysis of a New Silent Chain

新型齿形链的啮合机制及仿真分析

Meshing Simulation Analysis of New Silent Chain Based on ADAMS

基于ADAMS的新型齿形链啮合仿真分析

Study on Design Method and Testing of New Internal Mashing Silent Chain for Engine

发动机用内啮合机制齿形链的设计方法和试验研究

The force flow distribution of the whole silent chain is gained and analyzed .

给出了整挂齿形链的力流分布并分析了力流的分布规律。

Research on Noise Test of New Hy-Vo Silent Chain

新型Hy-Vo齿形链的噪声试验研究

Engagement theory of silent chain mechanism with involute tooth profile

渐开线齿形链机构的啮合机理

Analysis of the Pitch Errors of Silent Chain Wheels

齿形链链轮节距误差分析

Profile Modification and Dynamic Simulation of Sprockets with Silent Chain

齿形链链轮齿形的修正与动力学仿真

Solution of meshing track of new silent chain with inner-outer compound meshing mechanism

新型内-外复合啮合齿形链啮合迹线的求解

Then , the kinematic and dynamic simulation of silent chain with the new profile is performed in ADAMS .

在ADAMS环境中对新型修正齿形链机构进行动力学和运动学仿真。

Lagging engagement of the silent chain with swing pin

摆销齿形链的滞后啮合

However the polygon movement and the meshing contact effect of silent chain drive damages the synchronization and uniformity of transmission .

然而传统的齿形链传动存在多边形效应和啮入瞬间的冲击效应，损害了传动的同步性与均匀性。

The dual meshing silent chain mechanism is designed , which comprises the dual meshing silent chain and new kind of sprockets .

研究了新型链轮的齿形修正方法，设计了可与双面啮合链条配合的新型链轮齿形。

The meshing theory and application of the dual meshing silent chain drive are investigated to reduce the polygon movement and the meshing contact .

本文通过分析齿形链传动过程中存在的多边形效应和啮合冲击，开展了双面啮合齿形链传动啮合理论与应用研究。

The approach presented to achieve the modification coefficient and the minimum tooth number is applicable to the silent chain mechanism with all kinds of pitches .

求解变位系数和最小齿数的方法可适用于所有节距的齿形链机构。

At the beginning of a meshing circle , the inner straight tooth form of the silent chain engages with the sprocket form .

啮合周期的初始阶段，链条的内侧直线齿廓与链轮啮合，啮合周期的终止阶段，链条的内外侧齿廓同时与链轮的齿廓线啮合，链条依靠外侧齿廓定位于链轮上。

The investigation about the meshing mechanism of rotundity-datum-aperture Hy-Vo silent chain can rarely be found in literatures both home and abroad .

但在现有的国内外相关文献资料中关于圆形基准孔Hy-Vo齿形链的啮合机理的研究却很少。

Discussions centers round the relationships and differences among the basic pitch , measured pitch and round-chain pitch of silent chain and their separate applications .

讨论了齿形链基本节距、测量节距和围链节距三种节距的联系与区别及各自的用途。

The movement and power of the silent chain transmission are transmitted by the meshing between the teeth of the sprocket and the silent chain plates .

齿形链传动是靠链轮轮齿与齿形链板的啮合来传递运动和动力的。

The related literature indicates that the meshing between the silent chain and the sprocket can be seen as the meshing between the rack and gear .

相关文献资料表明，齿形链与链轮的啮合可以看成是齿条与齿轮的啮合。

The calculation and test show that the polygon effect of the new silent chain with inner-outer meshing is less than that of the silent chain with outer meshing .

计算及试验研究表明，新型内-外复合啮合齿形链的多边形效应明显小于外啮合齿形链。

The chordal actions produced in the three silent chain transmission systems are gained respectively from the two aspects of the tight side chain plate and the sprocket center distance and then compared with each other .

分别从齿形链紧边链节和链轮中心距两方面提取了这三种齿形链传动系统在传动过程中产生的多边形效应并进行了对比。

The simulating results show that the polygon action of silent chain mechanism can be reduced and the smoothness of the silent chain drive is effectively improved as the sprocket is of the new modified involute profile .

仿真结果发现当齿形链机构采用新型修正渐开线齿形链轮时，降低了齿形链机构的多边形效应，改善了齿形链机构的运动平稳性。

Because of the low meshing impact on the silent chain , involutes sprockets were widely used on the silent chain mechanism . However , the design and manufacture of involutes sprockets were studied by few domestic researchers .

渐开线齿形链轮因与链条啮合时冲击小而应用于很多齿形链机构上，但是国内很少有人研究这种链轮的设计制造过程。

The simulation results comparison shows that Silent chain used in charge push chain and the unequal pitch magazine can effectively reduce the meshing impact , Increase the stability of running , Thereby reducing the energy consumption of ammunition automatic loading system .

仿真结果对比表明，齿形链在推药链和弹仓上可以有效的减小啮合冲击力，增加运动的平稳性，从而降低了弹药自动装填系统的能耗。

The method of segmentation refinement is proposed to deal with the mating surfaces involved in the virtual prototype of rotundity-datum-aperture Hy-Vo silent chain . The problem that the simulation result affected by the real contour curves cannot be simulated in the Adams software is also resolved .

提出了分段精细化处理圆形基准孔Hy-Vo齿形链虚拟样机模型中参与啮合曲面的方法，解决了Adams软件中因无法真实模拟模型实际曲线轮廓而影响仿真结果的问题。

The author studies the meshing design mechanisms of the rotundity-datum-aperture Hy-Vo silent chain from several different aspects such as the meshing theoretical basis of silent chain and sprocket , the correct meshing condition between silent chain and sprocket , and the incremental calculation of correct meshing round-chain pitch .

分别从齿形链和链轮啮合的理论基础、齿形链与链轮的正确啮合条件、啮合就位时围链节距增量计算等几方面研究了圆形基准孔Hy-Vo齿形链的啮合设计机理。