以模組化技術設計與製作創意眼鏡鏡架之研究

A Study On the Creative Glasses Frame Of Design And Fabrication With Modular Technology

黃郁誠(HUANG, YU-CHENG)

《國立宜蘭大學工程學刊》 12期 (2017/12) Pp. 113-132

https://doi.org/10.6176/BCE.201712_(12).0006

摘要

根據世界衛生組織表示，在不遠的將來人類的視力將會大幅下降，日前眼球雷射手術高額的費用下，眼鏡的需求勢必會上升。如今物聯網的開發，促使以智慧工廠為軸心，藉由改變生產方式，不同以往的大量製造而是將產線、商品賦與模組化成為了現在主流趨勢。本研究基礎透過人因工程設計與利用大數據分析技術，將眼鏡朝向少量多樣化的生產模式，提供客製化服務，使用綠色材質減輕環境的負擔。利用3D列印可快速生產出不同形狀需求的優勢，使用綠色材料PLA結合3D列印技術製造眼鏡，選用勞動部公布的人臉資訊結合CNS規範下眼鏡的生產尺寸當成本研究製作基礎。眼鏡模組化後，便可以針對單一組件進行更換、混搭不同顏色與外形的眼鏡零件，創造出個人化特色的客製化眼鏡。

關鍵字

模組化 ； 人因參數 ； 大數據分析 ； 3D列印

並列摘要

According to the World Health Organization, Nowdays the human eye vision will drop sharply. According to the high cost of LASIK( Laser-Assisted in Situ Keratomileusis) surgery is more inconvenient than glasses more and more people dress contact lenses . Today smart factories emerge due to the needs of IoT development. The ability of Modular Technology to produce a finished good change the way of traditional production instead of Mass Production. Human factors engineering design and the big data analysis technology to build a base for the this study .To push glasses on High-Mix Low-Volume Customized Production Model. By 3D printing, able to produce the different shape to satisfy customer's requirement. Using 3D printing technology to manufacture glasses with PLA. The face information published by the Ministry of Labor and production size of glasses followed Chinese National Standards (CNS) specifications to build a base for the this study. After the modular of glasses, it can be substitute to other components, or mixed with different colors and shapes of glasses parts. To create personalized features of customized glasses.

並列關鍵字

Modular ； Human Parameters ； Dig data ； Three-Dimensional Printing