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  • 學位論文

應用3D列印於居家空氣品質管理及改善

The application of 3D printing in home air quality management and improvement

指導教授 : 白佳原
本文將於2027/01/01開放下載。若您希望在開放下載時收到通知,可將文章加入收藏

摘要


本研究旨在改善居家環境及生活品質,利用新穎之3D列印技術製作出符合成本經濟效益之醫療輔具器材,研發居家環境可使用之簡易型空氣清淨機,利用簡易型空氣清淨機,給予一般民眾和居家老人能夠在室內環境擁有更佳的潔淨空間,以降低呼吸道和心血管相關疾病的發生。本研究透過資料蒐集法,研析不同3D列印軟體、3D列印機及其列印技術,以印製居家空氣清淨機,並且研析居家空氣清淨機外觀及內部構造需具備之功能性。研究結果顯示,利用3D列印機選擇LINKin FACTORY – PING 300型號,並且選擇之線材為PLA其印製出之成品堅硬無臭味且不易捲翹,而軟體繪圖匯出列印後亦經過許多次的印製調整軟體設定參數以得到最適切之空氣清淨機模具品質,空氣清淨機以醫療級HEPA濾網和活性碳過濾塵螨及其他有害物質,完成居家空氣清淨機之發展並推廣,使得居家空氣品質得到管理及改善。本研究藉由營造更完善且安全之居家環境和生活品質,降低導致疾病風險以避免疾病造成醫療和社會經濟負擔,並且對環境及社會可能產生正向之效益及影響。

並列摘要


The purpose of this study is to improve life and indoor air quality, the use of innovative 3D printing technology to produce cost-effective medical aids equipment, home environment can be used to develop simple air cleaners, the use of simple air cleaners, To the general public and the elderly at home can have a better indoor environment clean space to reduce the incidence of respiratory and cardiovascular-related diseases. In this study, through the data collection method, the analysis of different 3D printing software, 3D printing machine and its printing technology to print home air cleaners, and analysis of the appearance of the home air cleaner and internal structure need to have the functionality. The results show that the use of 3D printing machine to select LINKin FACTORY - PING 300 models, and select the wire for the PLA printed out of the finished product is hard and odorless and not easy to curl, and the software drawings are also printed after many times To adjust the software set parameters to get the most appropriate air cleaner mold quality, air cleaners to medical grade HEPA filter and activated carbon filter dust mites and other harmful substances, to complete the development and promotion of home air cleaners, making home Air quality is managed and improved. This study reduces the risk of disease by creating a better and safe home environment and quality of life to avoid the medical and socioeconomic burden of disease and may have positive benefits and impacts on the environment and society.

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