製鼓產業自動化技術開發
Abstract
製鼓工業由來已久，在各式傳統的婚喪節慶、迎神賽會之中，大鼓是必不可缺少的一項樂器。然而隨著科技進步、傳統文化的式微，曾經是民間地位崇高的製鼓業，現今面臨嚴重斷層；年輕人不願意學習、繼承傳統工藝 ，而有經驗的老師傅卻逐漸無法負荷粗重的製鼓工作。也正因如此，本計畫試圖以機械化設備來取代部分需仰賴工匠勞力、技術與經驗，減少訓練新世代手工藝師傅的時程，以及延長傳統技藝師傅的職業生涯，並且提升產品的良率與產能。
而實行的步驟上，為了確保產品品質不變，首先將會經由廠商得到目前實際的製鼓流程，並且討論哪些部份適合作機械化改良、而那些部分應該保留原本的製程。而後先藉由數項實驗與儀器的量測，將現有製程中的參數數據化，作為機械設計的依據；並由上述資料先試作小型試驗機組做測試，並視測試的結果調整數據，再製造正式的機具。目前預計將以削皮機、繃製機、單面鼓繃製機等三項，先行設計製造，用以取代傳統製程中的步驟。
The durm manufacture has played the has played the important roll in Chinese culture . Wedding or festival , durms can easily been found in all kinds of conditions .However , as the modern technology improve , drum manufacture almost become extinct . only several people who keeps the drum-making skill . For this reason , this project will going to design the semi-auto mechines to replace the human works of the old methods . And increases the capacity , quality at the same time . In order to keep the quality of products . First , we will duscuss with the manufacturers to decide which part should be improved . And then , take some experiments and measurements through the various instruments to find the key data base , which can be used in . According to the data base , we will build the testing machines in a smaller scale to find any unexpecteal problems , and construct the formal ones after testing . So far, we are designing and constructing the testing machines for cutting, stretching the leather those can replace the traditional fabrication process.
The durm manufacture has played the has played the important roll in Chinese culture . Wedding or festival , durms can easily been found in all kinds of conditions .However , as the modern technology improve , drum manufacture almost become extinct . only several people who keeps the drum-making skill . For this reason , this project will going to design the semi-auto mechines to replace the human works of the old methods . And increases the capacity , quality at the same time . In order to keep the quality of products . First , we will duscuss with the manufacturers to decide which part should be improved . And then , take some experiments and measurements through the various instruments to find the key data base , which can be used in . According to the data base , we will build the testing machines in a smaller scale to find any unexpecteal problems , and construct the formal ones after testing . So far, we are designing and constructing the testing machines for cutting, stretching the leather those can replace the traditional fabrication process.