本课题研究的对象是全自动智能调光LED护眼台灯，是一种以半导体发光二极管（LED）为光源的桌面台灯。本次设计的理念是“品位、生活”，以鲜活的创新力为基础，达到功能性与艺术性的完美结合。设计的指导思想是情感化设计和人机工程学理论，旨在设计出一台造型美观，功能完善，成本合理，符合企业规划与消费者需求的产品。对于本课题所涉及到的LED护眼台灯，设计从其功能、造型、材料、结构、加工工艺，以及使用环境、人机交互等多方面进行考虑，以使方案切实可行，并在造型上取得突破，并满足大众的审美概念，同时在使用上给人以便利，使其符合可靠性、功能性、易读性、易用性、环保性、和谐性、工程性以及品牌一致性等原则。5378
关键词  LED护眼台灯  情感化设计  人机交互  材料
毕业设计说明书（论文）外文摘要
Title    Design of eye protection LED Desk Lamp           

AbstractThe object of this graduation thesis is the fully automatic intelligent light- adjusted eye protection LED desk lamp, one kind of semiconductor light-emitting diode (LED) light source product. The design concept is "high grade of personal life", with fresh innovation as the foundation, to show strong expressive force and combine art with its function perfectly. The main guiding theories are the Emotion Design Theory and the Ergonomics Theory. The goal is to design a beautiful and functional desk lamp, which reaches the company’s requirements with a reasonable cost and meets the demand of consumers. The design of desk lamp has break through on many ways such as the function, style, material, construction, processing technique, environment and ergonomics of the product, so that the final concept could be practical. It will achieve people’s goal of pursuing beautiful product, as well as bring a comfortable feeling to people when they use it. The design will conform to reliability, functionality, legibility, usability, environmental protection, concordance, aesthetics, and Brand consistency.
Keywords  LED eye protection desk lamp  Emotion Design  Ergonomics Material
  目   次  
1  引言    1
1．1  现实课题简介与设计目标    1
1．2  LED灯具的发展简史    1
1．3  全自动智能调光LED护眼台灯简介    2
1．4  课题的现实意义    2
1.4.1  对学生而言    2
1.4.2  对企业而言    3
2  设计问题的明确    3
2．1  现实设计的需求    3
2．2  设计的理论依据    4
2.2.1  情感化设计    4
2.2.2  人机工程学理论    5
2．3  设计调研与背景知识积累    6
2.3.1  市场同类产品现状    6
2.3.2  了解现有产品    7
2.3.3  细节深入调研    8
2．4  情景与人群分析    11
2．5  明确设计定位    11
2.5.1  分析现有产品弊端    11
2.5.2  确定最终的设计定位    12
3  设计可视化过程    12
3．1  LED台灯设计标准    12
3．2  人机分析及主要尺寸确定    14
3.2.1  灯体允许旋转角度及照明高度分析    14
3.2.2  操作面板按键排布方式及功能分析    16
3．3  前期草图    17 LED灯具设计研究桌面台灯:http://www.751com.cn/yishu/lunwen_2388.html