该传动机构由焊接在机架上的导向环和四杆曲柄机构组成。
The transmission mechanism is composed of a guiding ring which is welded on a machine frame, and four rods crank mechanism.
本文首次建立了实现函数的双齿轮曲柄机构优化设计的数学模型。
In this paper the mathematical model of optimal design of the double-gear crank mechanism for generating a function is first established.
建立了含有虚约束的多相并列平行曲柄机构受力分析模型。在此基础上分析计算了三环减速器的轴承载荷和高速轴曲柄上的转矩；
The load of planetary bearings and the moment in the high speed shafts are analyzed and some suggestions about the structure type and design parameters of the three ring reductor were a…
本文提出了用优化连续法研究曲柄滑块机构的近似函数综合。
This article provides an optimizing series method to study the approximate function synthesis of the slider-crank mechanism.
往复式压缩机使用的是活塞、曲柄、连杆机构或活塞、曲柄、滑管机构，旋转式压缩机使用的是转轴曲轴机构。
Reciprocating compressors is using the piston, the crank, link mechanism or the piston, the crank, sliding tube institutions, rotary compressor rotor is the use of crankshaft institutions.
这一机构有一系列部件组成，如曲柄箱、气缸体、活塞、连杆、曲轴等。
The mechanism consists of several parts like crankcase, cylinder block, pistons, connecting rod, crankshaft, etc.
讨论了曲柄连杆机构运动功能可靠性的概念，并分析了造成该机构运动功能丧失的各种磨损因素。
The concept of reliability of function for crankshaft-connecting rod system is discussed, and the wear-out factors which make system function lost are analysed.
本文提出一种计算曲柄连杆机构参数偏差对内燃机平衡性能影响的方法。
This paper provides a method for calculating the influence of parametric deviation of crank gear on balancing quality of internal combustion engines.
分析了结点偏置曲柄滑块机构的运动特征，特别分析了偏置后的速度变化以及由此可以应用的机床。
The characteristic of node offsetting of crank slider mechanism, especially the velocity change after node offsetting and their application in different machines have been described.
本文讨论在己知最小传动角条件下设计曲柄摇杆机构的方法。
This paper discusses the method for designing of crank rocker mechanism under given minimum transmission Angle conditions.
分析了平行对称曲柄滑块机构由于两侧机构的不对称性而引起的防卡可靠性。
The reliability of the parallel symmetric crank and block mechanism caused by the non symmetry of the two mechanisms is analyzed.
本系统的应用，快捷有效地支持了曲柄连杆机构的设计开发。
The application of this system supports the development of crank-link mechanism promptly and effectively.
不同的机器往往由有限的几种常用机构组成，如内燃机、压缩机和冲床等的主体机构都是曲柄滑块机构。
Different machines are usually composed of several limited common structures, for example, the main structures of gas engine, compressor and punch etc are crank-slider structures.
用黄金分割法编制了曲柄滑块机构的优化设计程序，可以解决六类优化设计问题。
By golden section method the program on optimal design of the crank and slider mechanisms is worked out.
通过试验，得到了装盒平稳模拟的理想速度，找到了盖盖装置中盖盖瞬时的运动规律，并对其曲柄摇杆机构进行了模拟。
Though experiment the idea velocity of cartooning balanced emulation has been educed, instantaneous movement rule of capping in capping device, crank rocker mechanism has been emulated also.
介绍了设计有急回特性的平面曲柄滑块机构的简易图解法，并给出了理论证明。
This paper introduces a simple graphic method for designing the planar crank slide block mechanism with urgent returning specific property and gives theoretical proof.
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。
The device for driving flat in the flat grinding machine is composed essentially of a slider-crank mechanism and two rotating guide mechanisms.
在曲柄摇杆机构中，当以摇杆为原动件时，工作一个循环以后，直观看出有两次死点位置出现。
In the crank and rocker mechanism, when the rocker acts as the driving link, there will be two dead points in one working cycle.
发动机的动力机构实际上就是曲柄连杆机构。
The power mechanism of the engine is actually called the crankshaft and connecting rod mechanism.
对机械中常用的曲柄滑块机构的振动力和振动力矩的平衡问题进行了探讨。
A discussion has been made on the problems of balance for shocking force and moment of the commonly used crank slider mechanism in machinery.
针对曲柄滑块机构的特点，提出了一种简便的运动分析方法。
According to the features of crank and block mechanism, a simple and convenient method of motion analysis is given.
阐述了曲柄连杆滑块机构的建模、优化设计计算的过程，并分析比较了其优化结果。
Modeling of crank shaft connecting rod slippery piece mechanism and process of optimization design were introduced, and its optimized result was analyzed and compared.
高速压机的振动原因，主要是曲柄滑块机构的惯性力和压制工作时的加工力。
The causes of vibration on high speed press consist mainly in the inertial force of crank slide mechanism and the working force of the press.
本文介绍了一种刚体导引的曲柄摇杆机构几何综合法。
This paper introduced a kind of geometric synthesis method for a crank rocker mechanism guided by a rigid body.
本文根据空间反演变换的原理，运用画法几何的方法，对空间曲柄滑块机构滑块行程的确定，提出了一种新的图解法。
Based on the principle of the spatial inversion, this paper proposes a new method of determining the stroke of the slide block of the spatial slider-crank mechanism by way of descriptive geometry.
为了求解曲柄导杆机构的运动学规律，运用矢量法进行了分析，建立了曲柄导杆机构的运动学数学模型。
Using the vector method to analyse and solve kinematics of the crank-pilot bar mechanism, thus established the kinematical mathematic model of the crank-pilot bar mechanism.
对曲柄摇杆机构极限位置进行运动倒置分析，作出相应辅助圆，从而设计出满足条件要求的机构。
Analyzing the motion inversion of the limit of the crank rocker mechanism, drawing the relative supplementary circle, and designing the mechanism up to requirement.
在发动机维修中，曲柄连杆机构的维修是重中之重，它的维修好坏对发动机的正常工作和使用寿命有很大的影响。
In the engine repairs, the repair of crank rod system is very important because it affects the normal work and service life.
摇动筛依靠曲柄连杆机构使筛箱作往复运动。
Shaking screen on crank-connecting rod for reciprocating motion to the sieve case.
基于所完成的平面机械系统运动学分布式仿真软件，本文实现了平面四连杆机构、曲柄滑块机构的分布式仿真算例。
A typical four-bar mechanism and a typical slide-crank mechanism are used for test of the distributed simulation environment and applications developed in this thesis.
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