1.
indirect valve gear
间接式气门驱动机构
2.
direct valve gear
直接式气门驱动机构
3.
Study of the Actuation Mechanism and Control System for a Electromechanical Valve of Engine;
发动机电磁气门驱动机构及其控制系统研究
4.
Analysis of Magnets in Electromagnetic Valve Actuation
发动机电磁气门驱动中的电磁铁结构方案分析
5.
Research and Development on Electromechanical Valve Actuation;
电磁驱动气门机构的设计开发和试验研究
6.
Research Advance of Electromagnetic Valve Actuation for Engine
发动机电磁气门驱动技术的研究进展
7.
Research on Electronics-Hydraulic Driving of Variable Valve System;
柴油机电—液驱动可变气门系统研究
8.
Dynamic Tests of Electromagnetic Valve Actuation for Engine
发动机电磁气门驱动动态特性试验研究
9.
Closed-Loop Control on Transition of Electromagnetic Valve Actuation for Engines
发动机电磁气门驱动过渡过程的闭环控制
10.
Study on 4-Valve Engine Valve-Train System
发动机四气门配气机构系统分析研究
11.
Arm pneumatic type driving, simple construction, trouble free.
臂气压式驱动构造简单、故障机率少。
12.
Control of Electro-Hydraulic Camless Valvetrain System;
无凸轮电液驱动配气机构的控制研究
13.
Two-step force amplifier using lever-double idler wheels mechanism driven by pneumatic muscle
气动肌腱驱动的杠杆-双滚轮式二次增力机构
14.
Study on Intake Performance of SI Engine with Fully Variable Valve Hydraulic Actuation System
发动机全可变液压气门机构进气性能的研究
15.
Design and Simulation of the Electro-hydraulic Variable Valve Timing System;
电液驱动可变配气相位机构设计及仿真研究
16.
mechanical load transfer mechanism
机械式驱动轮加载机构
17.
Oxygen control valves consist of valve, actuator and accessories.
氧气调节阀由阀门,气动执行机构及附件组成.
18.
Development of Valve Train Powered by Electronic Hydraulic System and Using in Engine;
电控液压驱动配气机构开发及在发动机上的应用