光學式攻牙行為檢測技術開發

Development of An Optical Measurement System for Tapping Process

邱俊瑋(Chun-Wei Chiu)

指導教授 ： 卓信鴻

共同指導教授 ： 覺文郁(Wen-Yuh Jywe)

國立虎尾科技大學/工程學院/自動化工程研究所/碩士(2015年)

摘要

本論文提出了(1) 光學式定位轉速量測系統、(2) 空間攻牙行為模擬量測系統。
光學式定位轉速量測系統架設簡易，成本較低，可同時量測攻牙機三軸定位性能，也應用於攻牙機進給率量測、主軸偏擺和主軸轉速等。本實驗定位系統之重複精度達X軸±2.1μm之內、Y軸±2.6μm之內和Z軸±3.5μm之內。主軸實測與轉速計最大百分誤差7%rpm。空間攻牙行為模擬量測系統為針對攻牙常見材質加工參數進行模擬研究，透過程式擷取資料後立即繪圖顯示，與攻牙模擬路徑比對兩者誤差大小，結果顯示轉速最大百分誤差11.6%、半徑±40μm、牙距誤差±8μm。

關鍵字

攻牙 ； 模擬系統 ； 轉速 ； 定位

並列摘要

This paper presents (1) Position and spindle performance optical measurement system,(2) Space tapping behavior simulation measurement system.
The position and spindle performance optical measurement system, low cost, which can measure three-axis positioning performance tapping machine. The experimental results show the positioning repeatable accuracy of the tapping machine is ± 2.1μm of X-axis ±2.6μm of Y-axis and ± 3.5μm of Z-axis at F200. Spindle measured average percentage error 3% rpm with tachometer.
Space tapping behavior simulate measurement system is research to common materials of processing parameters for tapping, drawing immediately after application to retrieve information, and tapping a path of simulation accuracy than the error, the results showed that the maximum percentage error of 11.6% of the speed, radius ± 40μm, pitch error of ± 8μm.

並列關鍵字

Tapping ； Simulation Systems ； Speed ； Position

參考文獻

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