Simulation analysis of traction control strategy under special conditions of full-time 4WD vehicle based on the AMT;
基于机械式自动变速器的全时四驱汽车特种工况牵引力控制策略仿真
The characteristics of electromagnetic clutch during engaging and its influence on starting are analyzed systematically for vehicles that equipped with AMT and electromagnetic clutch.
针对装有电磁离合器的电控机械式自动变速器车辆,系统地分析了电磁离合器接合阶段的特点及其对起步性能的影响。
To meet the demand of the integrated control for drive line of vehicle equipped with AMT (Automated Mechanical Transmission),an integrated control concept in the start and shift processes for AMT through the serial communication between TCU (Transmission Control Unit) and ECU (Engine Control Unit) was put forward,which was realized by means of CAN (Controller Area Network) bus.
为适应AMT(机械式自动变速器)车辆动力传动系统综合控制的需要,提出AMT电控系统与发动机电控系统通过CAN总线来实现AMT起步、换档过程综合控制的构想。
Application Analysis of Tractor AMT Operation Control System;
电控机械式自动变速器在拖拉机上的应用
A dual closed-loop automatic cruise control system is proposed according to the properties of the AMT system with cruise control function inside,which is developed by the authors.
根据具有巡航控制功能的电控机械式自动变速器(AMT)系统的特点,提出了节气门位置控制内环采用仿人智能模糊控制,车速控制外环采用常规模糊控制的双闭环自动巡航智能控制系统。
This paper introduces the work principle of AMT, analyses its electronic control system, and researches its collection of signal and control part.
电控机械式自动变速器是在机械式变速器的基础上发展起来的一种自动变速器,可以实现变速器与发动机的最佳匹配,可获得最佳经济性和动力性。
AMT(Automated Mechanical Transmission)is a kind of automated transmission based on mechanical transmission.
AMT(机械式自动变速器)是在机械式变速器的基础上发展起来的一种自动变速器,文章对其工作原理及结构组成进行了简要介绍,并且完成了以MC9S12DP256微控制器为核心的电子控制单元的硬件系统设计,通过在AMT中应用MC9S12DP256来实现对AMT系统的控制。
In this paper,the electrical control system of Automated Mechanical Transmission(AMT)was designed by using 16-bit sin-gle-chip Microcomputer named MC9S12DP256 as a central controller.
本文以Motorola公司生产的16位单片机MC9S12DP256作为核心控制器,设计了机械式自动变速器(Automated Mechani-cal Transmission,简称AMT)的电控系统,该系统实现了车辆起步和换挡过程的自动控制,并在军用越野车上进行了装车试验,取得了很好的控制效果。
semi-automatic mechanical transmission
半自动换档机械式变速器
automatic mechanical transmission
自动换档机械式变速器
Research on the Shifting Gear Schedule of the AMT Automobiles
电控机械式自动变速器（AMT）换档规律的仿真研究
Study on Electronic-controlled and Electronic-powered AMT Non-select Shifting System;
电控电动机械式自动变速器无选档换档系统的研究
Intellectual Control of Gear-shift in Vehicle with Automatic Mechanical Transmission System;
电控机械式自动变速汽车换档智能控制
Optimal Torque Control Strategy of Electric Transmission Driver Based on AMT During Gear Shift
基于机械自动变速器的电动变速驱动转矩控制最优换档策略
Experimental Analysis of the Tractor Automatic Mechanism Transmission Dynamic Power Shifting Schedule
拖拉机机械式自动变速器动力性换挡试验
Computer Aided Analysis of Powershifting Planetary Gearing for Construction Machinery;
工程机械动力换档行星变速器计算机辅助分析
Research on Shift Control Technology for Automated Mechanical Transmission;
电控机械式变速器AMT换档控制技术的研究
Shifting Control Strategy Study of Electrical Controlled Automatic Mechanical Transmission System;
电控机械自动变速系统换档控制策略研究
TransmissionType: Mechanic, full synchronizer,forward geas:5,Operating: Manual,
变速器型式: 机械式，全同步器,前进档位数:5,操纵方式:手动
Study on the Computer Control System for Transmission Shift Gear Manipulator;
变速器换档机械手计算机控制系统的研究
Development of Fully Electronic-powered Clutch of AMT;
机械式自动变速器的全电动离合器的开发
Research on Improvement of Shifting Quality of Automobile Automatic Transmission;
汽车自动变速器换档品质改进的研究
Trouble Diagnosis of Electronic Controlled Transmission Gearshift Impact
电控自动变速器换档冲击的故障诊断
Research On the Automated Mechanical Transmission Applying to Hybrid Electrical Vehicle;
混合动力轿车的机械式自动变速器的研究
Research of Integrated Control of AMT Power Train System;
电控机械式自动变速器传动系综合控制的研究
The Development of Pneumatic Automated Manual Transmission Electronic Control System;
气动机械式自动变速器电子控制系统开发