operating lever articulation

It is traditionally considered that if the mass center of the Clutch Separate Lever is in the vertical plane which is through the axis of the Separate Lever Axle,a deflection torque will not be created, and the mass center is located to the side ,to which the lever will tend to turn.

传统上认为:只要离合器分离杠杆的质心在过分离杠杆销轴轴线的平面内,当离合器旋转时,分离杠杆将不产生绕其转轴转动的力矩:若质心偏向哪一侧,则将产生向该侧转动的力矩。

The Symmetrical Combination System with Two-step Orthogonal Toggle Force Amplifier and Hydraulic Cylinder with Two Rod-less Pistons;

对称式二次正交铰杆增力机构与双活塞无杆液压缸的组合系统

A Method of Resolving the Lack of Freedom for Hydraulic Fixture of Toggle-Levers with Rolling High Pair Instead of Low Pair;

解决铰杆-杠杆增力液压夹具自由度不足的新方法——滚动高副取代低副法

The output force can be enlarged through the angle function between toggles.

该装置以直线电机为动力源,利用铰杆间的角度效应进行输出力的放大。

A Hydraulic-Mechanical Driving Press with Bi-bar Toggle-lever Force Amplifier in Series

铰杆-杠杆串联增力液压-机械复合传动压力机

Hydraulic bi-directional clamping fixture composed of hydraulic cylinder and toggle-lever reinforcement mechanism

基于液压缸的铰杆—杠杆增力双向夹紧液压夹具

The Strenthening Force Mechanism Design of the Low Speed Inertia Friction Clutch

低速惯性摩擦离合器二级铰杆增力机构设计

One Kind of Pneumatic Bi-directional Floating Clamping Device with Toggle-Lever Force-Amplifier

基于铰杆-杠杆串联增力机构的双向浮动夹紧气动夹具

Two-point Floating Pneumatic Clamping Device of Toggle-lever Force-amplifer Based on Fixed Cylinder with Double Piston

基于双活塞固定气缸的铰杆-杠杆增力双点浮动夹紧装置

A Kind of Pneumatic Manipulator based on Toggle in Series with Lever Force-amplifier

基于铰杆-杠杆串联增力机构的内夹持气动机械手

hood hinge rod bracket

机罩的铰链拉杆支架

reaming and pushing machine for piston connecting rod bush

活塞连杆衬套铰压机

The Dynamics and Control Design of Planar Four-bar Mechanism;

平面铰链四杆机构的动力和控制设计

A dynamic solution for a planar linkage five-bar mechanism with Matlab

平面铰链五杆机构的Matlab动力学求解

STUDY ON LATERAL BUCKLING OF AN ARCHED LINK OF FOUR BAR LINKAGE

铰链四杆机构圆弧型连杆的侧向失稳分析

Hexagon fit bolts with Split pin hole on shank--Product grade A and B

Gb/T28-1988六角头螺杆带孔铰制孔用螺栓A和bb>级b>

Complete Balancing for Shaking Force and Shaking Moment of Eight-Bar Linkages

铰链八杆机构摆动力和摆动力矩的完全平衡

Study on Analy Design of Hinged Four Bar Mechanism to Realize Four Corresponding Angular Displacement

实现四对对应角位移铰链四杆机构解析法设计

The discussion is about the definition of included angle of extreme positions in four-bar mechanism of gemel

对铰链四杆机构极位夹角定义问题的探讨

Discussions on Conditions of Plane Hinge Four-bar Mechanism with Crank;

平面铰链四杆机构具有曲柄的条件推导及讨论

The Number of Insert Point in the Design of Function Replace of Plane Linkage;

铰链连杆机构函数再现设计中插值点的数目

Analysis of geometry elements of hinge chain pole;

铰接链杆体系几何组成分析的解析方法