摘要随着能源枯竭的问题日渐明显，环境污染问题成为全球化的问题，人们开始意识到燃油汽车是导致这些问题的一个不可或缺的原因。所以，对于几乎零污染、不依赖汽油的电动汽车的开发逐渐成为新趋势。相应的对于电动汽车相关设施的研制也越来越多。67348

电动汽车充电桩人机界面设计正是这方面相关的研究。其质量影响到设备的可用性以及用户使用的满意度。不同的人群有不同的认知能力和电脑水平，人群的复杂性决定界面设计的全面性。界面操作过程中是否友好、是否简单、功能是否全面，能让使用者方便、提高效率，是本文对电动汽车充电桩人机界面设计研究的出发点。

本论文以用户为中心的人机界面设计相关理论和方法作为指导，在分析了国内外电动汽车和人机界面的发展状况以及电动汽车充电桩人机界面系统研究范围的基础上，结合以用户为中心的人机界面设计方法，进行了用户群和目标用户认知特征分析，充分综合以上因素，进行了电动汽车充电桩人机界面的设计。

毕业论文关键词  电动汽车 人机界面 界面设计

毕业设计说明书（论文）外文摘要

Title    Electric car charging pile interactive  process and interface design       

Abstract

With the obviously increasing energy depletion and environmental pollution problems becoming the problems of globalization, people began to realize that fuel vehicles are an indispensable reason of causing these problems. Therefore, with almost zero pollution and do not rely gasoline, the development of electric vehicles has become a new trend. There are more and more appropriate facilities for the development of electric vehicles.

Electric car charging pile machine interface design is related research in this area. Its quality has an impact on availability of the device and the users’ satisfaction. Different people have different levels of cognitive ability and computer, the crowd’s complexity decides to the interface design’s comprehensiveness. During the operation, whether the interface is friendly and simple and whether function is comprehensive and allow users to enhance the efficiency conveniently are starting point for the electric car charging pile machine interface design research.

This thesis, considered user-centered design of human-machine interface related theories and methods as a guide, analyses the development of man-machine interface of the domestic and foreign electric cars, based on the scope of the study of electric car charging pile HMI systems , combined with user-centered design of human-machine interfaces and conducted user groups and cognitive characteristics of the target user, and fully integrated above factors for the electric vehicle charging piles human interface design.

Keywords electric vehicle  man-machine interface  interface design

目  录

1  绪论 1

1.1  研究背景1

1.2  国内外研究发展现状综述2

1.3  研究内容5

2  电动汽车充电桩的人机界面系统分析 7

2.1  人机界面研究范围7

2.2  电动汽车充电桩9

2.3  本章小结 10

3  以用户为中心的人机界面设计方法研究11

3.1  用户的含义 11

3.2  以用户为中心的人机界面设计的思想 11

3.3  以用户为中心的人机界面设计研究的目的 11

3.4  以用户为中心的设计和评估的总体流程 12

3.5  以用户为中心的电动汽车充电桩人机界面设计过程的构思 14

3.6  本章小结 14