throttle actuator

In this paper, A hardware-in-the-loop ( HIL) simulation platform is developed, which consists of brake actuator, throttle actuator, vehicle model and control algorithms.

自行开发的安全车距保持技术硬件在环仿真试验系统主要由制动执行器、油门执行器、车辆模型和控制算法等组成。

The hydraulic throttle actuator controlled by PWM is adopted in the throttle servo system.

油门伺服系统的执行机构选用高速开关阀控液压油缸，由电控单元通过调节脉宽控制。

The result expresses that the fuzzy control applies in throttle actuator control system can nicely guarantee the fast and the peaceful steady of actuator, also can acquire the higher position and the speed control accuracies of it.

结果表明模糊控制应用于电液式节气门执行器的控制系统，可以很好地保证执行器的快速性和平稳性，可以获得较高的位置及速度控制精度。

Electronically-controlled Hydraulic Throttle Actuator with High Speed On-off Valve

高速开关阀控制的电液式节气门执行器

It is presented that the structure of electronic-controlled hydraulic throttle actuator, the composition of the control system, the control algorithms and the experiment results of the fuzzy controller with simulating human intelligent control.

给出了所设计的电液式节气门执行器的结构，控制系统的组成，仿人智能模糊控制器的原理和控制算法及实验结果。

The electronic control unit of the engine includes: microcontrollers, photoelectric isolation, power amplification and throttle actuator drive circuit.

设计的发动机电控单元主要包括：微控制器、光电隔离、功率放大和油门执行器驱动电路等。

This paper discusses the idea and the basic method of applying the multi-mode intelligent control technique to electronically controlled hydraulic throttle actuator ( EHTA) of automotive engine.

本文论述了将多模式智能控制技术应用于汽车发动机电液式节气门执行器的思路和基本方法。

This paper discusses the idea and design procedures of applying the fuzzy controller with simulating human intelligent control to throttle actuator of automobile engine of AMT.

论述了将仿人智能模糊控制器应用于汽车自动变速器发动机节气门执行器的思路和设计方法。

Simulating Human Intelligent Fuzzy Control to the Throttle Actuator of AMT

AMT车辆节气门执行器的仿人智能模糊控制