前 言 2
第一章 绪论 3
1.1中国汽车工业全面融入国际汽车工业体系 3
1.1.1中国汽车工业与国际汽车工业的融合不断深化 3
1.1.2中国汽车企业在跨国公司全球体系中的地位发生变化 3
1.2中国汽车工业在国际汽车工业体系中的地位及其融入世界汽车工业的发展趋势 5
1.2.1中国汽车工业在国际汽车工业体系中的地位 5
1.2.2中国汽车工业在世界汽车工业体系中的发展趋势 6
第二章 汽车发电机的结构和设计 9
2.1汽车发电机技术的发展现状 9
2.1.1国内汽车交流发电机技术现状 10
2.1.2国外汽车发电机的发展现状 11
2.1.2.1提高冷却效果 11
2.1.2.2提高传动效率 11
2.1.2.3集成电路，减小体积 11
2.1.3汽车发电机技术革新方向 12
2.1.3.1水冷交流发电机 12
2.1.3.2 42V交流发电机 12
2.1.3.3启动机、发电机合为一体 13
2.2汽车发电机的结构 13
2.2.1 第一代单一外风扇的车用发电机 13
2.2.2 第二代车用无刷发电机 16
2.2.3 第三代车用发电机——双风扇发电机 17
2.2.4永磁体转子车用发电机 20
第三章 汽车的启动机的结构 22
3.1 汽车启动机简介 22
3.2 汽车启动机的结构分析 22
3.2.1 电动机 22
3.2.2 单向离合器 23
3.2.3 控制开关 23
3.3 汽车启动机轻量化 23
第四章 汽车三元催化剂 26
4.1汽车三元催化器简介 26
4.2三元催化器的作用 26
4.3三元催化器原理与结构 27
4.3.1三元催化器排气再循环(EGR)系统 29
4.4 催化器的结构设计 30
4.4.1 壳体设计 30
4.4.2 载体设计 30
4.4.3 催化剂 33
4.4.3.1 性能要求 33
4.4.3.2 配方 33
4.4.3.3 涂覆工艺 34
4.4.3.4 垫层 34
4.4.3.5 系统因素与设计方法 34
4.4.4 催化器性能评价试验包括下面三个评价阶段: 35
4.4.5 试验项目 35
4.4.6 试验装置 37
第五章 汽车发电机实物解剖模具的设计 38
5.1 引入气动装置制作解剖教具的分析与思考 38
5.1.1 气动装置概述及电动机的工作分析 38
5.1.2 采用气动装置制作解剖教具的技术要求 38
5.2.2 加工制作 39
5.2.2.1 加工制作的准备 39
5.2.2.2发电机的解体、清洗、解剖和装配 39
5.2.2.3实验台架及旋转平台的制作 39
5.2.2.4气动装置的连接及附件制作 39
5.2.3 汽车电动机实物解剖教具的教学效果 40
5.2.3.1 教学方法得心应手,抽象概念形象表达 40
5.2.3.2 师生素质得到提高,敬业精神得到培养 40
参考文献 41
Foreword 2
Chapter I Introduction 3
1.1 China''s auto industry a comprehensive system for integration into the international automotive industry 3
1.1.1 China''s auto industry and the international automotive industry continue to deepen the integration of three
1.1.2 China''s auto enterprises to multinational corporations in the global system changes in the status 3
1.2 China''s auto industry in the international system, the status of the automotive industry and its integration into the world automobile industry development trend of 5
1.2.1 China''s auto industry in the international automotive industry system, the status of five
1.2.2 China''s auto industry in the world auto industry development trend of the system 6
Chapter II the structure and design of automobile generator 9
2.1 automobile generator technology development status of 9
2.1.1 Present Situation domestic automobile alternator 10
2.1.2 Development of foreign auto generator 11
2.1.2.1 to improve the cooling effect of 11
2.1.2.2 to improve transmission efficiency 11
2.1.2.3 IC, reducing the size of 11
2.1.3 Alternator direction of technological innovation 12
2.1.3.1 Water-cooled alternator 12
2.1.3.2 42V alternator 12
2.1.3.3 starter, generators into one 13
2.2 The structure of 13 automobile generator
2.2.1 The first generation of a single external fan motor generator 13
2.2.2 The second generation car brushless generator 16
2.2.3 Third Generation Vehicle Generators - Generators 17 pairs of fan
2.2.4 permanent magnet rotor motor generator 20
Chapter III of the structure of the car starter 22
3.1 Introduction 22 cars start the machine
3.2 Structural Analysis of automotive starter 22
3.2.1 Motor 22
3.2.2 One-way clutch 23
3.2.3 control switch 23
3.3 car starter Lightweight 23
Chapter IV Automotive ternary catalyst 26
4.1 Introduction 26 cars TWC
4.2 The role of catalytic converters, 26
4.3 The principle and structure of three-way catalytic device 27
4.3.1 Three catalytic converter exhaust gas recirculation (EGR) system 29
4.4 Structural Design of 30 catalytic converters
4.4.1 Case Design 30
4.4.2 vector design 30
4.4.3 Catalysts 33
4.4.3.1 Performance Requirements 33
4.4.3.2 Formula 33
4.4.3.3 coating process 34
4.4.3.4 cushion 34
4.4.3.5 System Factors and Design 34
4.4.4 catalytic converter performance evaluation trials include the following three assessment phases: 35
4.4.5 Pilot projects 35
4.4.6 Test Apparatus 37
Chapter V Alternator physical anatomy of mold design 38
5.1 The introduction of pneumatic device produced an analysis of anatomical teaching aids and Thinking 38
5.1.1 pneumatic device and the motor is an overview of job analysis 38
5.1.2 use of pneumatic devices produced the technical requirements of anatomical teaching aids 38
5.2.2 Processing Production 39
5.2.2.1 manufacture of the preparations for 39
5.2.2.2 the disintegration of generators, cleaning, anatomical and assembly 39
5.2.2.3 test-rig and the rotary platform, making 39
5.2.2.4 pneumatic devices and accessories make the connection 39
5.2.3 Motor vehicle physical anatomy teaching aids effects of 40
5.2.3.1 teaching methods, handy, abstract image of the expression of 40
5.2.3.2 improved teacher quality, professionalism nurtured 40
References 41
