動態圖像應用於肌能系貼紮技術示意圖之創作研究

Abstract

肌能系貼紮技術（Kinesio Taping® Method）由加瀨建造博士（Dr. Kenzo Kase）所發明，藉由貼布之拉力來輔助，貼布的延展性與機能性極佳，可以有效預防運動傷害，對於術後的復健也頗具幫助，在肌能系貼布發明後，於奧運會等各大、小的運動賽事贊助使用肌能系貼布，不斷地推廣肌能系貼紮技術至世界各地，讓一般民眾也能了解肌能系貼紮技術除了運用在運動場上，也能夠使用於平時的日常保健中，以動態圖像呈現肌能系貼紮技術示意圖，幫助使用者記憶、快速理解以及正確的貼紮，扁平化保留陰影塊面的平面風格設計，也能幫助使用者對於資訊的接收更有幫助。文獻探討部分以「資訊圖表」、「動態圖像」以及「肌能系貼紮技術」三大部分進行探討。本研究採用文獻分析法，將肌能系貼紮技術的內容及知識彙整，以「原型法」（Prototyping）製作應用於肌能系貼紮技術之示意圖，以及運用動態圖像（Motion Graphic）呈現肌能系貼紮技術之貼紮細節，並以側錄方式紀錄「有貼紮經驗」及「無貼紮經驗」之受測者來進行測試，經過統計結果分析「有貼紮經驗」及「無貼紮經驗」所貼紮時間無顯著差異，表示有、無貼紮經驗對於資訊接收與使用操作都是適合使用的，且統整受測者回饋皆獲得正面迴響，依照受測者之建議，注意各項細節，創作手部與足部各五組肌能系貼紮技術動態圖像之示意圖，生動呈現肌能系貼紮技術，帶給使用者更加清楚的貼紮知識及使用方法，提升肌能系貼布的正確使用，輔助日常保健。The Kinesio Taping® method developed by Dr.Kenzo Kase. The method claimed to have several benefits in which is widely used for recovering from sport injury or surgery. Kinesio Taping® is an elastic cotton strip with an acrylic adhesive aims to create a pulling force on the skin but still allows user to move freely. Kinesio Taping® was officially introduced to the world as a role of Olympic’s sponsor along with other sport competitions with a purpose to show the efficiency of the product and method on assisting sport injuries. As time goes by, the Kinesio Taping® is being known universally not only in sport industry but also introduce to assist more and more people in daily life. While the number of people using Kinesio Taping® is increasingly, in contrast, the available manual, instruction or media are failed to acknowledge people to tape with high accuracy. This research proposed the series of motion graphic diagram to avoid falsity due to unknowing, at the same time, the research aimed to increase the accuracy while using Kinesio Taping® which the prototype includes ten physical symptoms in the first stage. The motion graphics are designed according to the analysis of infographic, motion graphic diagram and Kinesio Taping® method. The experiment recruited two groups of participants with experience and non-experience in using Kinesio Taping®. The prototype was introduced while participants were performing the task and videotaped to see task complete time. The statistical analysis shown no different between two groups in task completed time leading to the summary that the designed motion graphic diagram is understandable by both groups, there are no inclination for the people with more or no experience. Then evaluate the efficiency and comfortableness together with unexpected feedback to improved and developed more motion graphic diagram of common symptoms that possibly occur during daily routine focused on hand and leg’s part. The motion graphic diagrams are designed with a great hope to assist wider users especially with non-medical background user to be able to tape at ease.