1.
The Research on Equal-strength Design of Large-scale Heavy-load Cross-shaft Universal Clutch
大型重载十字轴式万向联轴器等强度设计研究
2.
Study on Design Method of Cardan Cross-pin Spindles Based on COM/COM+;
基于COM/COM+组件技术的十字轴式万向联轴器设计方法的研究
3.
Failure Analysis and Structure Improvement for the Cardan Joint
十字轴万向联轴器的失效分析和结构改进
4.
ANALYSIS ON FRACTURE OF UNIVERSAL JOINT CROSSSHAFT OF MELT PUMP AND THE COUNTERMEASURES
造粒机组万向联轴器十字轴轴颈断裂分析及对策
5.
"The driving shaft causes the spider to rotate, and the other two trunnions of the spider cause the driven shaft to rotate."
主动轴使万向节十字轴转动,另外两个万向节十字头使从动轴转动。
6.
Synchronizing universal coupling with ball and socket
GB/T7550-1987球笼式同步万向联轴器试验方法
7.
The dynamic virtual analysis of the tripod sliding universal joint
三叉杆滑块式万向联轴器动力虚拟分析
8.
An analysis for partial damage cau-ses of cross shaft journal of auto-mobile universal joint
汽车万向节十字轴轴颈局部损坏原因分析
9.
"The four arms of the spider, known as trunnions, are assembled into bearings in the ends of the two shaft yokes."
万向节十字轴的四个轴颈叫做万向节十字头,分别装在两个万向节叉顶端的轴承中。
10.
"When the two shafts are at an angle to each other, the bearings in the yokes permit the yokes to swing around on the trunnions with each revolution."
当两轴相互处在同一角度上,主动轴转动时万向节叉上的轴承使万向节叉绕万向节十字轴摆动。
11.
Finite element analysis of cross axle axis universal joint based on the Nastran
基于Nastran的十字轴万向节有限元分析
12.
clutch and shaft coupling (including universal joints)
离合器及联轴节（包括万向节）
13.
Research on the Design of Coupler Used in Rolling Mill;
轧钢机用万向联轴器的设计分析研究
14.
" Synchronizing universal coupling with ball and socket--Type, foundational parameters and main dimensions"
GB/T7549-1987球笼式同步万向联轴器型式、基本参数和主要尺寸
15.
Virtual Design System Research and Executer of Tripod Universal Joint Based on Application of VRML;
基于VRML的三叉杆式万向联轴器虚拟设计系统的研究与实现
16.
The Inside Ball Kinematic Simulation Analysis of the Tripod Sliding Universal Joint Based on ADAMS
基于ADAMS的三叉杆滑块式万向联轴器的内球运动仿真分析
17.
Driving system consists of gearwheel box, universal shaft coupling and arc-gear synchronous belt, The driving mechanical parts are installed at the bottom, so it can avoid vibration.
传动系统采用齿轮箱、万向轴联轴器、圆弧齿同步带相结合型式，传动构件安装在底板，避震性好。
18.
Driving system consists of gearwheel device, universal joint couplings and synchronous belt with high driving accuracy and low mechanical consumption.
传动系统采用齿轮箱、万向轴联轴器，同步带相结合型式，传动精度高，机械损耗小。