透過您的圖書館登入
IP:3.144.201.213
  • 期刊

伺服鍛造技術應用於LED燈杯開發

Development of LED Lamp Cup by Servo Forging

摘要


隨著科技及製造技術的進步,面對不同材料與製程條件,為了滿足品質、外形等生產要求,伺服成形機已逐漸應用在各產業關鍵零組件製作上。因伺服鍛機可配合不同的成形製程,來自行控制行程曲線及加工速度做最適化成形條件,且能有高精度製品、高模具壽命,以及提升生產效率等優點。本文透過伺服成形機設置不同以往傳統的脈衝運動曲線進行LED燈杯之擠製成形製程開發。因沖頭在脈衝運動過程中,因為在回復動作時沖頭與胚料之間產生負壓,借此使潤滑劑回流至沖頭與胚料之間,因此達到重潤滑的效果,可使兩者之間的摩擦力變小而有低負荷及高表面粗糙度等優勢。

並列摘要


With the development of manufacturing technologies, to meet quality requirements of metal forming with variety of materials, servo stamping and forming machines have been widely used in production because they allow flexible control over stroke curve and forming speed to achieve optimized forging conditions. Diverse capabilities such as high-precision production, long mold life and high production efficiency are supported by using servo technology. In this paper, a method to product LED lamp cups through the use of servo forging technology is proposed. The servo metal forming machine used innovative motion control to extrude LED lamp cups. The negative pressure generated by the movement of punch tool will bring the lubricant to punch tool and billet. Therefore, the friction between the punch tool and the billet will be reduced and the surface roughness will be improved.

參考文獻


黃呂翔(2012).先進高強度剛板於伺服沖床引伸成形研究(碩士論文).國立交通大學機械工程學系.
Maeno, T.,Mori, K.,Ichikawa, Y.,Sugawara, M.(2017).Use of liquid for backward extrusion of cup with internal splines using pulsating motion.Journal of Materials Processing Technology.244,273-281.
Matsumoto, Ryo,Jeon, Jae-Yeol,Utsunomiya, Hiroshi(2013).Shape accuracy in the forming of deep holes with retreat and advance pulse ram motion on a servo press.Journal of Materials Processing Technology.213,770-778.
Maeno, T.,Mori, K.,Hori, A.(2014).Application of load pulsation using servo press to plate forging of stainless steel parts.Journal of Materials Processing Technology.214,1379-1387.
吳宗彥(2012).伺服沖床沖頭運動曲線之研究(碩士論文).國立清華大學動力機械工程研究所.

延伸閱讀