1.
A study of the dynamic stability of an eccentric slider crank mechanism with elastic effects at both joints of the coupler is presented.
讨论了连杆接头处具有弹性效应的偏心曲柄滑块机构的动态稳定性。
2.
The crank is an offset section of the crankshaft.
曲柄是曲轴的偏置部分。
3.
"because an eccentric can be attached anywhere along a shaft, it is unnecessary to form any part of the shaft into a crank."
由于偏心轮可装于轴的任何部位,不必把主轴作成曲柄。
4.
Unbiased Crank and Rocker Mechanism with 90° Tilt Angle and Its Application
90°摆角无偏置曲柄摇杆机构及其应用
5.
"Torque is calculated by multiplying the push by the crank offset, or the distance of the push from the rotating shaft,"
扭矩以推力与曲柄偏心距或旋转轴心至推力作用点的距离相乘计算。
6.
the maximum movement available to a pivoted or reciprocating piece by a cam.
安装在枢轴上或作往复运动的部件，从凸轮、曲柄或偏心轮所得到或能得到的运动极限。
7.
A Method of Designing the Bias Crank Scroll Box Mechanism for According Drived Demands;
满足传动条件的偏置曲柄滑块机构的设计方法
8.
Closed-form Solutions to the Design of Offset Crank-rocker Mechanism by The Optimum Transmission Angle
按最佳传动角设计偏置曲柄摇杆机构的闭式解
9.
The cranks are hollow, as you'd expect.
而曲柄本身都是期望中的空心设计。
10.
On the Problem About the Solution Areas and Infeasible Solution Areas of the Crank Fixed Hinge Center-point
对曲柄铰链中心点之解域和非解域问题的讨论
11.
Return Offset U
形管（俗名遮柄曲）
12.
"In addition, the crankshaft must be carefully Balanced to eliminate undue vibration resulting from the weight 0f the 0ffset cranks."
另外,曲轴必须仔细地给予平衡,以避免曲柄重力偏移而引起过度振动。
13.
A new explanation of operation principle about RFC polarization-state control device is presented, which includes the effects of twisted fiber.
本文考虑了光纤被扭转的效应,对可转式光纤曲柄偏振控制器工作原理给出了新见解。
14.
an internal-combustion engine having cylinders arranged radially around a central crankcase.
在中心曲柄轴箱的周围放射状的安上气缸的内燃机。
15.
Analytic Method for Designing Center-setting Crank-rocker Mechanism According to Minimum Transmission Angle;
按最小传动角设计对心型曲柄摇杆机构的解析法
16.
Thai type pipe wrench with double-curved handle
泰式双曲柄管子扳钳
17.
Screw, crank cover
曲柄轴盖子固定螺丝
18.
slider crank chain
滑块曲柄链系(机构)