WSC-01微型数控铣床外观造型及人机界面设计

发布时间：2019-03-03 20:05

【摘要】：制造业是衡量国家或地区经济发展的重要支柱,其发展水平标志着该国家或地区经济实力、科技水平、生活水准和国防实力,而数控加工技术和机器人作为机械制造业中流砥柱发展迅猛。为了增强产品在市场上的竞争力,数控机床的设计既要保障数控技术的高精度、高效率、高稳定性,更要加强其外观造型及UI界面设计的研发工作。本文对轻工业钟表研究所WSC-01型号微型数控铣床外观造型及人机界面做了系统化设计。在外观造型设计方面,基于多元意象尺度法、聚类分析法等提取影响用户心理感受的产品造型特征与代表性语义,将用户的感性需求在意象层次上实现结构化表达,对多种组成元素进行意象语义评估并提取最佳造型元素,用最佳造型元素对微型数控铣床进行Solidwork建模;以人机工程学中人体测量数据对机床造型进行功能尺寸设计。在UI界面设计方面,基于人机交互设计及视觉传达设计理论,并结合操作逻辑思维进行了软件系统的界面设计,利用美度公式对界面的布局指标进行了计算。在色彩设计方面,利用了孟?斯宾瑟美度评价方法及7点尺度心理测量法,确定了微型数控铣床最适宜的配色方案。对最终设计方案进行了综合模糊评价。
[Abstract]:Manufacturing is an important pillar to measure the economic development of a country or region, and its level of development marks the economic strength, the level of science and technology, the standard of living and the strength of national defense of the country or region. NC machining technology and robot as the mainstay of the mechanical manufacturing industry is developing rapidly. In order to enhance the competitiveness of the products in the market, the design of NC machine tools should not only guarantee the high precision, high efficiency and high stability of NC technology, but also strengthen the research and development of its appearance modeling and UI interface design. In this paper, the appearance modeling and man-machine interface of WSC-01 micro-CNC milling machine are systematically designed. In the aspect of appearance design, based on the multivariate image scale method and cluster analysis method, the product modeling features and representative semantics which affect the users' psychological feelings are extracted, and the perceptual needs of the users are expressed structurally on the image level. Image semantics of various components are evaluated and the best modeling elements are extracted. The micro-NC milling machine is modeled by Solidwork with the best modeling elements. Ergonomic anthropometric data are used to design the functional dimensions of machine tool modeling. In the aspect of UI interface design, the interface design of the software system is carried out based on the theory of man-machine interaction design and visual communication design, and the interface design of the software system is carried out. The layout index of the interface is calculated by using Meido formula. In terms of color design, the use of Meng? The most suitable color matching scheme of micro NC milling machine is determined by Spenser degree evaluation method and 7-point scale psychometric method. The comprehensive fuzzy evaluation of the final design scheme is carried out.
【学位授予单位】：长安大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TG547

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