透過您的圖書館登入
IP:18.116.239.195

摘要


緒論:隨著科技的進步,目前自行車訓練已經發展出許多工具提供訓練監控及比賽的即時回饋。介紹各種自行車訓練監控指標的特性,提供想從事自行車訓練的人參考。方法: 本文整理目前訓練上常見的生理學、運動學以及動力學指標,可提供給使用者即時的監控以及事後的回饋之自行車訓練監控指標。結果:目前在自行車訓練眾多的指標中,功率是最重要的一項,相較於其他指標,功率最直接且即時的反應出當下的運動強度,不但可以作為設計訓練課表的依據,也可以用來擬定比賽策略。結論:透過功率的監控可以精準的量測訓練量,觀察訓練的刺激與體能的變化,進一步分析踩踏功率,更可以瞭解個人的能力程度與踩踏特性,讓使用者可以了解自己的狀況,有效率且安全的進行訓練。功率計由於價格昂貴以及安裝不易等限制導致推廣上有許多限制,透過發展不同功率量測技術以及大數據分析的應用,相信可以突破目前訓練上的限制,讓更多人受惠。

並列摘要


Introduction: The popularity of cycling is growing in Taiwan recent years. More cyclists are willing to train seriously to improve their performance. The purpose of this study to introduced the feature of training indexes for the cyclists to enhance their training. Methods: This article organizes common index in training, including the physiology, kinematics, and kinetics. With the improvement of technology, many tools and training indexes were developed to help monitoring the process of training and provide real-time feedback. Results: In this article, The 'power' is the most important index which represents the intensity of performance instantly and directly compared with other indexes. Power is used to precisely design training program and optimize race strategy. Conclusions: Power meter provide an accurate measurement of training load, giving more information about training stress and the changing of physical ability. Analyzing the pedaling power could identify personal capability and pedaling strategy which help the cyclist understand more about the physical condition and train more efficiently and safely. The expensive cost and inconvenient installment limited the application of power meter. By developing the new power measurement technology and applying the big data analytics which could break through the current restrictions in training and help more people who participating in cycling.

參考文獻


江宗麟、陳著、李湘庭、吳慧君(2018)。市售穿戴式裝置估計輕度至費力運動強度的效果與閾值。體育學報。51(1),25-36。
林昱安、李恆儒(2017)。穿戴式裝置於陸上與水中運動之信效度檢驗。運動表現期刊。4(1),63-70。
倪典亘、鍾寶弘(2012)。不同轉速下發電式自行車訓練台發電與踩踏功率之效益。華人運動生物力學期刊。7,118-121。
張錚璿、李尹鑫、相子元(2013)。健身車轉速與阻力對踩踏力量與下肢肌電的影響。醫用生物力學。28(3),326-332。
張簡旭芳、李尹鑫、相子元(2016)。穿戴科技於運動科學之應用。中華體育季刊。30,121-128。

被引用紀錄


呂松庭、葉哲偉、陳麒先、黃智盈、陳韋翰、劉強(2023)。由不同踩踏時間功率評估與預測高中自由車選手臨界功率體育學報56(1),77-90。https://doi.org/10.6222/pej.202303_56(1).0005
王翔星、林子鈞、陳家祥(2020)。戶外騎乘不同市售輪組及地形對下肢肌肉活性之影響體育學報53(2),251-259。https://doi.org/10.6222/pej.202006_53(2).0008

延伸閱讀


國際替代計量