1.
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
2.
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
3.
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
4.
The Emergency Control of Power System Based on Hybrid System Theory;
基于混杂系统理论的电力系统紧急控制
5.
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
6.
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
7.
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
8.
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
9.
Research of Emergency Control Scheme of Power System Based on Agent;
基于Agent的可协作电力系统紧急控制方案研究
10.
The Emergency Control of Hybrid Electric Power System Based on Petri Nets;
基于Petri网模型的混杂电力系统紧急控制
11.
Designing a Start-Up Scheme for Power System Transient Emergency Control Based on WAMS
基于WAMS的电力系统暂态紧急控制启动方案
12.
An Adaptive Emergency Control Scheme of Interconnected Power Systems Ⅱ: Optimal-Aim Strategy
互连电力系统自适应紧急控制 Ⅱ：最优目标控制策略
13.
Exploratory study of multi-agent information exchange system based on UCA2.0 in emergency control of power system
电力系统紧急控制多代理信息系统中UCA2.0应用初探
14.
System design of machine for measuring bevel drive pinion preloads based on industrial PC
基于工控机的汽车主锥预紧力测量机控制系统设计
15.
Using a hose pinch-off pliers (C-4390), pinch power steering oil return hose off between the crossmember coupling and the pump.
使用软管夹紧钳(C-4390)，夹紧介于横梁联结与油泵之间的动力转向系统回油软管。
16.
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
17.
Study on Power System Emergency Control Based on Principle of Power Balance Protection;
基于功率平衡保护原理的电力系统紧急控制研究
18.
Study on Control Method for the Top Pressure of Blast Furnace in an Emergency Process of TRT System;
TRT系统紧急停机工况下的炉顶压力控制方法研究