1.
Study on Controlling Method of Metal Belt Continuously Variable Transmission (CVT) in Clamping Force Aiming Slip Rate;
汽车无级变速器滑转率与夹紧力控制研究
2.
Study of Clamping Force Control Strategy for CVT
金属带式无级变速器夹紧力控制策略的研究
3.
Quality Classification of Clamping Force Control Valve based on Support Vector Machine
基于支持向量机的夹紧力控制阀质量分类
4.
Fault Diagnosis of CVT Clamping Force Control System Based on Least Squares Support Vector Machine Model
基于LS-SVM模型的无级变速器夹紧力控制系统故障诊断
5.
The Optimizing Clamping Force Control for Metal Pushing V-belt Continuously Variable Transmission Based on the Slipping;
基于滑移的金属带式无级变速器最佳夹紧力的控制研究
6.
Research on Apparatus and Control System of FWRPM Pipe;
缠绕压力管夹砂装置设计及控制研究
7.
Fuzzy Self-adaptive PID Control of Pneumatic Gripper
气动手爪夹持力的模糊自适应PID控制
8.
Optimal Control Theory Based Power System Emergency Control and Its Application
基于最优控制原理的电力系统紧急控制及应用
9.
We are gripped by forces we cannot control.
我们被我们所不能控制的力量紧缠着。
10.
Central Nip Gap Adjustment with Digital Electronic Nip Gap instrument on the Control Panel for readouts in increments of 0,1 mm.
中央夹紧调整通过控制面板上的数字显示控制装置实现，显示调节间隔0.1毫米。
11.
New jig design, low noise power Jiajin smooth, reliable, Mianweihu.
全新夹具设计，噪音低夹紧力平稳、靠，免维护。
12.
The circle indicates the squeezing of its robotic grip; as the force of the grip increases, the circle widens.
圆周表示机器人的手钳夹紧；夹力增加，圆圈扩大。
13.
OPTIMIZATION OF FIXTURE LAYOUT AND DYNAMIC CLAMPING FORCE BASED ON GENETIC ALGORITHM AND FINITE ELEMENT METHOD
基于GA和FEM的夹具布局和变夹紧力优化设计
14.
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
15.
Study on Surplus Force Compensation and Control Algorithm of Grasping Synchronization Control System;
夹持同步控制系统的多余力补偿与控制算法研究
16.
Smaller taper angle of collet, larger clamping power.
弹性套锥形角更小，故夹紧力更大。
17.
Pressure Setting of Press-keeping Clamping Circuit Based on Accumulator
基于蓄能器保压夹紧回路的压力设定
18.
Influence of Clamping Forces on Radial Rigidity of AHO Tooling System
夹紧力对AHO工具系统径向刚度的影响