1)compound pendulum jaw crusher复摆颚式破碎机
1.This article proposes a mathematical model for optimizing the mechanismic paramcters of the present compound pendulum jaw crusher to counter its structural nonuniformity and problems of energy and material wastes.本文针对目前复摆颚式破碎机的机构参数、结构形式不统一,造成产品机型混乱和材料、能源浪费的问题,提出了复摆颚式破碎机的机构参数优化的数学模型。
2.Introduced the mapping steps of using AutoCAD to get the travel upon each point of the compound pendulum jaw crusher.介绍了利用AutoCAD作图,获取复摆颚式破碎机动颚上各点行程值的绘图步骤。
英文短句/例句
1.Determine Horizontal Stroke of the Laboratory-type Compound Pendlum Jaw Crusher实验室型复摆颚式破碎机摆动行程的确定
2.Study on 3D-Model Design and Precession Simulation of Toggle Jaw Crusher复摆颚式破碎机三维模型及运动模拟研究
3.The Method of Making Use of AutoCAD to Get Swing Jaw Travel of Compound Pendulum Jaw Crusher利用AutoCAD作图获取复摆颚式破碎机动颚行程值的方法
4.Investigation on Fundational Features of Single Toggle Jaw Crusher with Operating Parameters;多参数可调节控制式复摆颚式破碎机基本特征研究
5.Dimension Parameter of Compound Pendulum Fine Jaw Crusher and Optimal Design of It;复摆型细碎颚式破碎机机构尺寸参数及其优化设计
6.Research on Repairing the Cracked Frame of CJ411 Jaw CrusherCJ411型颚式破碎机机架开裂修复研究
7.compound swinging type jaw crusher复合摆动型腭式破碎机
8.Theoretic Analysis and Experimental Study on Outer Moving Jaw Uniform Pendulum Crusher;新型外动颚颚式破碎机理论分析与试验研究
9.crusher ,jaw, for solid mineral materials颚式破碎机,用于固体矿物
10.Kinematics simulation of the working device in the jaw crusher颚式破碎机工作装置的运动仿真分析
11.Strength Analyzing Calculation on Back Toggle Plate of PEJ1215 Jaw CrusherPEJ1215颚式破碎机后肘板的强度分析计算
12.Faster Disassembly and Assembly Department Jaw Crusher's Structural Design Research快捷拆装的颚式破碎机结构设计探讨
13.Study and Development on the Single Toggle Jaw Crusher s CAD System Orient PDM;基于PDM的复摆鄂式破碎机CAD系统的研究与开发
14.Simulation Analysis and Optimization for the Key Mechanism of Jaw Crusher颚式破碎机中关键机构的仿真分析及优化
15.Investigation on Interaction Characteristics between Jaw Crusher Plate and Single Particle Materials颚式破碎机破碎齿板与单个物料相互作用的特性研究
16.Nonlinear dynamic analysis of the vibratory jaw crusher with double cavities双腔振动颚式破碎机的非线性动力学分析
17.Design of hydraulic overload protection of jaw crushers which control system based on PLC颚式破碎机液压过载保护及其plc控制的设计
18.3D model design and finite element analysis of the frame in the double-cavity jaw crusher双腔颚式破碎机机架三维模型的设计及有限元分析
相关短句/例句
compound pendelium jaw crusher复摆颚式破碎机
1.Through the introduction of compound pendelium jaw crusher submodel and mechanical design data searching model,the development method of this software is explained clearly.阐述了一个参数化破碎机CAD系统的整体设计方案 ,并通过复摆颚式破碎机子模块和机械设计资料查询模块的具体介绍 ,说明了该系统的开发方法。
2.This paper describes a whole scheme of the parametric compound pendelium jaw crusher design with CAD, the function of the model of inputing intial design data, mathematical model of optimal design model and developing ways of parametric drawing model.研究了一个参数化复摆颚式破碎机CAD系统的整体设计方案、原始整体设计参数输入模块的功能、整体机构参数优化模块的设计计算的依据、过程、优化结果以及参数化绘图模块的开发方法 。
3)single toggle jaw crusher复摆颚式破碎机
1.This paper presents an optimized design of the working mechanism of the PE250 single toggle jaw crusher.本文应用机械优化设计方法在计算机上对PE250复摆颚式破碎机工作机构进行了优化设计,经反复多次计算比较,揭示了通过改变推力板的悬挂方式可以优化出非常理想的工作机构几何参数,动颚排料口处及其上各点的特性值可大大减小,从而可减少衬板磨损,提高机器的破碎生产率和整机性能。
2.Threedimensional entity model of single toggle jaw crusher by solidworks 2001. 运用Solidworks2001软件建立了复摆颚式破碎机的三维实体模型,提出了三维模型建模的基本思路和方法。
4)compound pendulum jawbreaker复摆型颚式破碎机
5)single toggle jaw crusher单摆颚式破碎机
6)Uniformly swinging external jaw crusher外动颚匀摆颚式破碎机
延伸阅读
复摆复摆compoundpendulum在重力作用下，能绕通过自身某固定水平轴摆动的刚体。又称物理摆。复摆的转轴与过刚体质心C并垂直于转轴的平面的交点O称为支点或悬挂点。摆动过程中，复摆只受重力和转轴的反作用力，而重力矩起着回复力矩的作用。设质量为m的刚体绕转轴的转动惯量为I，支点至质心的距离为s，则复摆微幅振动的周期，式中g为重力加速度。它相当于摆长l＝I／ms的单摆作微幅振动的周期。在OC的延长线上取O′点使OO′＝l（l称等价摆长）则此点称为复摆的摆动中心。支点和摆动中心可互换位置而不改变复摆的周期。知道T和l，就可由周期公式求出重力加速度g。当复摆受到一个冲量作用时，会在支点上引起碰撞反力。若转轴是刚体对支点的惯量主轴，外冲量垂直于支点和质心的连线OC且作用于摆动中心O′上，则支点上的碰撞反力为零。因此，复摆的摆动中心又称撞击中心。机器中有些必须经受碰撞的转动件，如离合器、冲击摆锤等，为防止巨大瞬时力对轴承的危害，应使碰撞冲击力通过撞击中心。
