1.
Hybrid Position/Force Intelligent Control of X-Y Numerical Control Table
X-Y数控平台的智能力/位置混合控制
2.
The theory of hybrid force/position control is clear, however, it is difficultto implement.
力/位置混合控制理论明确,但付诸实施难。
3.
The Mixed Research for Force/Position of a Planar Four-legs Redundantly Actuated Parallel Mechanism
平面四分支过驱动并联机构的力/位置混合控制研究
4.
Hbrid Force/Position Intelligent Control Based on X-Y Table;
基于X-Y定位平台的力/位置混合智能控制
5.
Hybrid position/force control of a constrained manipulator using adaptive wavelet sliding mode
受限机械臂的自适应小波滑模位置/力混合控制
6.
Research on Sensorless BLDC Motor Control System for Hybrid Electric Vehicle;
混合动力汽车的无位置传感器无刷直流电机控制系统研究
7.
Research on H∞ Mixed Sensitivity Control of Electro-hydraulic Position Servo System
电液位置伺服系统的H∞混合灵敏度控制研究
8.
Current source control strategy of hybrid power filter
新型混合式电力滤波装置电流源控制策略
9.
Compositive Control of Power Position Pose and Speed on Virtual Axis Polishing Process;
虚拟轴研抛加工中力、位置、姿态、速度的综合控制
10.
Study on the Electro-Hydraulic Proportional Position System H_∞ Mixed Sensitivity Control Technology Applications;
电液比例位置系统H_∞混合灵敏度控制技术的应用研究
11.
PMSM Sensorless Control Based on Four-order Hybrid Sliding Mode Observer
基于四阶混合滑模观测器的永磁同步电机无位置传感器控制
12.
Position Control System for Ship Rudder Machine Base on H_Q Mixed Sensitivity Method
基于H_Q混合灵敏度控制的船用舵机位置伺服系统研究
13.
To meet this goal, a microcomputer controlled hybrid powertrain was designed and built.
为了达到这一目标，设计和制造了微计算机控制的混合式动力装置。
14.
Click on Shape dynamics and set the ‘Size Jitter slider to zero and the control to ‘Pen Pressure.
点击动力学形态，设定“混合大小”在滑块上设置0，用笔刷压感控制。
15.
Research on Control Method and Equipment of the Novel Hybrid High-capacity Active Power Filter;
新型混合型大功率有源电力滤波器控制方法及装置的研究
16.
Design of Energy Distribution Control System of Small Power Hybrid Powerplant
小功率混合动力装置的能量分配控制系统的设计
17.
Research on Control Strategy and Matching of Sphev;
混联式混合动力轿车动力匹配及控制策略研究
18.
force balance electropneumatic positioner
力平衡式电气动位置控制器