1.
Study of the Design and Manufacture of Multi-Link Press with Double Herringbone Gear Shaft;
多连杆压力机双人字齿轮轴设计及加工技术的研究
2.
Parameter Optimization Design of Bolster Plate of Multi-link Press based on AlGOR
基于ALGOR的多连杆压力机工作台台板厚度参数优化设计
3.
Kinematical Analysis & Optimization Design for Multi-Linkage Mechanism in Drawing Press;
拉延压力机多连杆机构运动分析与优化设计
4.
On Dynamic Performance Analysis and Design of a Multi-Link Servo Mechanical Press;
多连杆伺服压力机动态性能分析与设计研究
5.
The Properties and Operation of Large Mechanical Linkage Servo Press
大型机械多连杆式伺服压力机的性能与生产应用
6.
Dynamic Analysis and Simulation of the Automotive Air Compressor's Crank-Rod Mechanism
车用空压机曲轴连杆机构的动力学分析与仿真
7.
reaming and pushing machine for piston connecting rod bush
活塞连杆衬套铰压机
8.
Kinematics simulation of the crank and linkage mechanism for D-100/8-c air compressor based on virtual prototype
基于虚拟样机的D—100/8—c型空压机曲柄连杆机构的动力学仿真
9.
A new structure for fixing the bearing bush of the connecting lever in a crankshaft press is introduced.
针对曲轴压力机连杆上轴瓦的固定问题，介绍了一种新的固定结构。
10.
Research on the Control Model of Crank Servo Press & its Corresponding System Implementation
曲柄连杆伺服压力机控制模型的研究及系统实现
11.
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
12.
Digital Analysis and Design on Connecting Rod of Reciprocating Compressor
往复式压缩机连杆数字化分析与设计
13.
Kinematics analysis and simulation of stretch crank press based on COSMOSMotion
基于COSMOSMotion压力机双曲柄多杆机构运动分析和优化设计
14.
"The connecting rod carries the power thrusts from the piston to the crankpin. At the same time, the rod is in eccentric motion."
"连杆的作用是将活塞承受的压力传给连杆轴颈。同时,连杆做偏心运动。"
15.
"The Burning of gasoline inside the engine produces high pressure in the engine combustion chamber. This high pressure forces piston to move, the movement is carried by connecting rods to the engine crankshaft"
汽油的燃烧在发动机燃烧室中产生的高压力,推动活塞运动,并通过连杆传到发动机曲轴。
16.
connecting-rod for compression ignition internal combustion engines (excl. aircraft)
连杆,用于压燃式内燃机（不包括航空用内燃机）
17.
Preliminary Study about Dynamical Response Analysis of Diesel Engine Connecting Rod;
柴油机连杆动力响应分析的初步研究
18.
Mechanics Analysis of Crank-Connecting Rod in Drilling Pump
钻井泵曲柄连杆机构的受力分析研究