應用微開放式創新系統於產品開發與服務設計：以高齡乾癢肌膚照護產品~水研衣爲例

Abstract

本論文以水研衣爲例，探討美信研衣生技公司從服務設計理論出發，以開放式創新理論，針對老年乾癢肌膚病變進行護理服裝創新設計的研究。首先，透過緒論部分介紹了研究背景、研究目的和研究意義。其次，在文獻綜述部分，對服務設計方法搭配開放式創新理論，以及臨床需求轉譯，價值鏈轉移和使用者回饋的的研究現狀進行了概述。接著，研究方法部分詳細闡述了混合研究設計、參與者選擇以及數據收集與分析的方法。 其次，論文重點介紹了水研衣的創新設計，對水研衣的功能與特點進行了闡述，包括保濕性、舒適性和防止瘙癢設計等。還包括對水研衣的材料選擇進行了論述，選用具有良好抗菌性和透氣性的新型纖維材料。最後，對水研衣的製作工藝進行了介紹，包括設計、裁剪和生產縫製等。 論文還透過實證的研究結果與討論對水研衣進行了評估。除了實驗室的檢測數據，並且且透過人體實穿調查對水研衣實際穿著效果進行了評估，結果顯示水研衣具有良好的保濕效果和減少搔癢的效果。其次，透過產品的生產和消费者回饋，確保水研衣在實際應用中具有一定的可行性。最後，論文提出了水研衣的優化建議，包括進一步提高材料的保濕度/抗菌性以及款式設計。 最後，在結論與展望部分，論文總結了研究的結論，指出水研衣在高齡老年患者乾癢肌膚病變護理中的應用具有潜力。同時，論文也提出了侷限性與改進方向。最後，論文展望了未來的研究方向，包括進一步完善護理服裝的設計和開展更多的實證研究。

This article takes the Aqua_Med suit of Wear-Lab Company as an example to explore the methods and principles of innovative design of care clothing for dry and itchy skin lesions in the elderly from the perspective of service design theory. Firstly, the background, purpose and significance of the study are introduced through the introduction section. Next, in the Literature Review section, an overview of the current status of research on service design theory, dry itchy skin and nursing apparel design for elderly patients is presented. Next, the research methodology section details the research design, participant selection, and methods of data collection and analysis. The paper then examines the care needs of elderly patients with dry itchy skin lesions. The etiology and developmental mechanisms of dry itchy skin lesions and the special care needs of elderly patients were identified. At the same time, the paper discusses the use of water-based garments in nursing care and concludes that water-based garments can meet the nursing needs of elderly patients with dry and itchy skin lesions. Secondly, the paper focuses on the innovative design of water-based garments and describes the functions and features of water-based garments, including moisturization, comfort and anti-itching design. It also discusses the choice of material for the suit, which is a new fiber material with good antimicrobial and breathable properties. Finally, the manufacturing process of water-based garments is introduced, including design, cutting, and production and sewing. The paper also evaluates the water-research garments through empirical research results and discussions. Firstly, the actual wearing effect of the water garment is evaluated, and the results show that the water garment has good moisturizing and itch-reducing effects. Secondly, through the production of the product and user feedback, the feasibility of the water-based garment in practical application was ensured. Finally, the paper suggests the optimization of water-based garments, including the further improvement of the moisturizing/antimicrobial properties of the material and the style design. Finally, in the Conclusion and Perspectives section, the paper summarizes the findings of the study and points out the potential application of aqua-med in the care of dry and itchy skin lesions in elderly patients. At the same time, the paper also points out the limitations of the study and suggests directions for improvement. Finally, the paper looks at future research directions, including further refinement of the design of the suit and the development of more empirical studies.