3D打印机人机交互系统设计

发布时间：2018-01-23 22:29

本文关键词： 硬件交互软件交互触摸屏界面移动端设计　出处：《东南大学》2017年硕士论文　论文类型：学位论文

【摘要】：现有的3D打印机偏向于功能性,无法很好地适应当下丰富的使用情境以及多样的用户需求,因此,3D打印机的人机交互系统有待提高。本研究从硬件和软件两方面对3D打印机的人机交互系统展开设计。硬件是指3D打印机中与用户直接接触的部分,软件是指3D打印机中涉及到图形用户界面的部分。在硬件交互设计方面,基于意象差分法和正交试验法,以及人机工程学理论设计并验证了一款3D打印机把手。基于用户访谈和市场调研的方法设计实现了一款3D打印机安全锁。在软件交互设计方面,从信息架构、导航设计等七个角度对触摸屏进行了设计,基于层次分析法对触摸屏设计方案进行选择。从信息架构、导航设计等六个角度对移动端进行设计,基于Android Studio平台和可用性测试理论对移动端前端进行设计和验证。课题研究的成果使公司F152型号的3D打印机的人机交互系统得到提升,弥补了现有的不足,并为更好的交互设计提供了借鉴。
[Abstract]:Existing 3D printers tend to be functional and do not fit in well with current rich usage situations and diverse user needs. The human-computer interaction system of 3D printer needs to be improved. This paper designs the human-computer interaction system of 3D printer from two aspects of hardware and software. Hardware refers to the part of 3D printer in direct contact with users. The software refers to the part of 3D printer which involves the graphical user interface. In the aspect of hardware interaction design, it is based on image difference method and orthogonal test method. A 3D printer handle is designed and verified by ergonomics theory. A 3D printer security lock is designed and implemented based on the methods of user interview and market research. The touch screen is designed from seven angles, such as information architecture and navigation design, and the design scheme of touch screen is selected based on AHP. The mobile terminal is designed from six angles of information architecture and navigation design. Based on Android. The Studio platform and usability testing theory design and verify the front end of mobile terminal. The research results of this paper improve the human-computer interaction system of F152 3D printer. It makes up for the existing deficiency and provides reference for better interaction design.
【学位授予单位】：东南大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP334.8

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