自動鏟花系統應用於接合面加工與參數評估

在工具機組成的元件中馬達固定座、螺帽固定座與軸承固定座尤其為重點元件，馬達本身又是機台移動與振動的來源，所以當機台在進行移動時這三個元件的精度尤為重要，這些元件傳統的鏟配流程上都是由專業的鏟花技師以人工方式進行，但人工鏟花這部分由於皆使用人力進行，一旦下刀力量錯誤或經驗不足判讀錯誤則最後在修正方面的時間又會倍增。本論文使用Visual C++ MFC所開發自動化鏟配人機介面整合自動化鏟配機構對於固定座的部分進行自動化鏟配流程，不同於之前的技術完成下列三個部分： (1) 開發人機介面使其可掃描顯示所有固定座接合面狀況。 (2) 開發人機介面使其可以對固定座各部元件進行鏟配流程。 (3) 研究鏟配是否對工具機振動有影響。

關鍵字

工具機；自動鏟配；固定座；頻率響應

並列摘要

The motor bracket, Ball screw nut bracket and ball screw bracket is the key component of the machine tool. Especially, motor is the main motion and, Vibration source of the machine tool. Thus the accuracy of those components becomes more important. In generally, the scraping of those components are made by professional human, and easily have error by man-made. In this study, an interface with the auto-scraping system by using visual c++ has been developed for the fixity. Compared with the previous literatures about auto-scraping, there are three main improvements in this thesis as following: (1) The developed interface can be used to display the contact face of all brackets. (2) The developed interface can be used to the contact face of all brackets. (3) The results can be used to analysis the vibration effect of the machine tool.

並列關鍵字

machine tool ； auto-scraping ； bracket ； frequency response

參考文獻

[8] 周睿程，“一種對於鏟花工件表面輪廓的光學量測法”，國立台灣大學，機械工程學系碩士論文，2009。

[1] T. Yoshimi, S. Masafumi, Y. Tetsuya, and C.Masahiro, “The Recognition of Bearings by Means of a CCD Line Sensor and the Automation of Scraping Works” Journal of the Japan Society for Precision Engineering, Contributed Papers, pp.93-98, 1986.

[3] H. Tsutsumi, R. Yamada, A. Kyusojin, and T. Nakamura, “Development of an Automatic Scraping Machine with Recognition for Bearing of Scraped Surfaces - Construction of Automatic Scraping Machine” Journal of the Japan Society for Precision Engineering, Contributed Papers, vol. 71, pp.358-362, 2005.

[5] 黃金輝，“自動化鏟花鏟配加工技術建立”，國立虎尾科技大學自動化工程系碩士論文，2011。

[6] 謝明松，“自動化鏟花技術應用於鏟配加工流程”，國立虎尾科技大學自動化工程系碩士論文，2013。

國際替代計量

自動鏟花系統應用於接合面加工與參數評估

未授權

主題瀏覽