健康與生活品質創新產品策略與新技術選擇之研究

現代人平均壽命增加，注重健康與居住品質已形成普遍的文化。針對民眾健康與生活品質的需求，新聞固定報導氣溫、濕度、風速、空氣品質、紫外線等資訊。提供更詳細的生活資訊需求是必須的，開發與健康生活品質相關的新型元件將會是新興的創意產業。本研究透過統計分析選擇最佳開發方向提供產業參考，開發選擇需關注：消費者的資訊需求、技術改良的期望、元件預期價格。本研究透過統計分析得知民眾關切紫外線影響健康，並且希望有即時、隨身區域的資訊，對環境感測器技術改良期望能縮小體積與重量並具備高靈敏度，在價格上希望價格便宜。本研究以紫外線感測器開發為例：在不同的紫外線光電感測器中，有幾種摻雜鋰的方法，由於各方法各具優缺點，本研究透過決策分析選擇最佳開發策略。當材質為氧化鋅時的紫外線光電感測器摻雜鋰的最佳方法是水熱法。

關鍵字

創意產業；產品策略；決策分析；層級分析法；紫外線感測器

並列摘要

The average life expectancy of modern people has increased, and it has become a common culture to focus on health and living quality. In response to the needs of people's health and quality of life, the news regularly reports information such as temperature, humidity, wind speed, air quality, and ultraviolet rays. There is the need to provide more detailed life information. Thus the development of new components related to healthy life quality is becoming an emerging creative industry. This research uses statistical analysis to select the best development direction for industry references. Development choices need to pay attention to: consumer information needs, technological improvement expectations, and expected component prices. This study learned through statistical analysis that people are concerned about the effects of ultraviolet rays on health, and hope to have real-time, surrounding area information. The improvement of environmental sensor technology is expected to reduce the size and weight and have high sensitivity. In terms of price, it is hoped that the price is cheap. This research takes the development of UV sensors as an example: in different UV photoelectric sensors, there are several methods of doping lithium. Since each method has its own advantages and disadvantages, this research selects the best development strategy through decision-making analysis. When the material is zinc oxide, the best method for doping lithium with ultraviolet photoelectric sensor is hydrothermal method.