市場上對微型鑽針的需求量相當可觀，為了延長微型鑽針的壽命，材料系朱槿教授開發了在微型鑽針鍍層金屬玻璃，而在其鍍完膜後的檢驗就相當重要，本研究開發完成一套微型鑽針輪廓長計算系統。此系統包含鑽針夾治裝置、日內瓦機構及齒輪模組、顯微鏡模組等三大部分。檢測是由馬達帶動日內瓦機構，接著由日內瓦機構帶動齒輪，最後由齒輪帶動鑽針夾治裝置旋轉，以達到自動化檢測的目的。而檢測方面，是先由顯微鏡模組得到微型鑽針影像，之後經由影像處理，最後經由輪廓長度計算演算法計算微型鑽針的輪廓長度。經由實驗得知本系統可經由計算輪廓長度來判別鑽針是否有斷針。上述的實驗結果驗證本研究成功的完成了微型鑽針輪廓長度自動化檢測的開發。

In the market, the demand for the Micro-drill is considerable. Thus, in order to extend the lifetime of Micro-drill, NTUST Department of Materials Science and Engineering Professor Jinn P. Chu developed the Micro-drill Coating Metallic Glass. After the coating, the testing is very important. Therefore, in this research, Micro-drill Contour length Computing System was developed. Three major components of this system are gripping tool of Micro-drill, Geneva Mechanism with Gears of the Modification and the Microscope module. The testing process stats from the Motor driving the Geneva Mechanism then Geneva Mechanism driving the Gears, and lastly gears trigger the gripping tool of Micro-drill rotation in order to achieve the purpose of automatic testing.In the defect detection, the image of Micro-Drills is provided by microscope module and then this image should do the image processing; lately, the contour length could be computed via Contour Length Calculation Algorithm by using the image.According to the experiment, this system could identify whether there is any defect via computing the contour length.The experiment result as above is verified that Automatic Defect System of Micro-Drill Contour Length Computing is successfully developed in this research.

[1] 天下整合傳播部企劃製作,台灣電路板產業再躍升2020年邁向兆元產業. 天下
雜誌, 2014 年10 月.
[2] 吳禮淦, “台灣 pcb 未來發展的探討,” 電路板會刊第三期, pp.49–51,1999 年 1
月.
[3] 林姿君, “自動化光學檢測專業能力指標與課程發展之研究,”Master’s thesis,國
立台灣科技大學, 2009.
[4] 張文桐、鄧昭瑞、修芳仲, “微型鑽針之破壞式芯厚值量測自動化系統淺介.”
http://163.18.18.2/epaper/110101_003x1.html, 2011年1 月 25日.
[5] 林定皓, PCB Mechanical Manufacturing. Taiwan Printed Circuit Association,
March2004.
[6] 陳大衛, “微型鑽針芯厚雷射量測系統之研製,”Master’s thesis,國立台灣科技大
學, 2006年 6月.
[7] 莊水發, 微型鑽針芯厚自動量測系統之研究. PhD thesis, 國立台灣科技大學,
2010 年7 月.
[8] 薛承輝, “金屬玻璃之發展與應用,”台大校友雙月刊, pp.8–11,2015 年3 月.
[9]M. 理財網, “液態金屬 liquidmetal.” http://www.moneydj.com/KMDJ/Wiki/
wikiViewer.aspx?keyid=022d9465-8435-44c3-ba83-85baf42bf3d2.
[10]W. Klement,R. Willens,and P. Duwez,“Non-crystalline structure in solidified gold-silicon alloys,”1960.
[11]L.Technologies,“Commercial properties.” http://liquidmetal.com/
properties/properties/#imageclose-329.
[12]C.-W.Wang,P. Yiu,J.P. Chu,C.-H. Shek,and C.-H. Hsueh, “Zr–ti–ni thin film metallic glass as a diffusion barrier between copper and silicon,” Journal of Materials Science, vol.50,no.5,pp.2085–2092,2015.
[13] 章明,自動化光學檢測. 台灣電路板協會, 2013年 10月.
[14] 李洵穎, “鑽針微小化.” http://www.digitimes.com.tw/tw/iot/shwnws.asp?
CnlID=10&id=0000154771_Z166LZF38ZU8TO0EP5K9U, 2009年 10月 23日.
[15] 李 洵 穎, “鑽 針.” http://www.digitimes.com.tw/tw/dt/n/shwnws.asp?
CnlID=10&cat=25&id=0000107875_HK67P8OY8BXFK3405NGAF&ct=2, 2008 年
10 月2 日.
[16]C.N. Ramirez and R.J. Thornhill,“Automated measurement of flank wear of circuit board drills,” Journal of Electronic Packaging, vol.114,no.1,pp.93–96,1992.
[17]C.Huang,C.Liao,A.Huang,and Y.Tarng,“Anautomatic optical inspection of drill point defects for micro-drilling,” The International Journal of Advanced Manufacturing Technology, vol.37,no.11-12,pp.1133–1145,2008.
[18]H.Freeman,“Computer processing of line-drawing images,” ACM Computing Surveys(CSUR), vol.6,no.1,pp.57–97,1974.
[19]M.T.Spisz,Y.Fang,R.Reeves,C.Seymour,I.Bankman,and J.Hoh,“Automated
sizing of dna fragments in atomic force microscope images,”Medical and Biological Engineering and Computing, vol.36,no.6,pp.667–672,1998.
[20]C.Rivetti and S.Codeluppi,“Accurate length determination of dna molecules visualized by atomic force microscopy :evidence for a partial b-to a-form transition on mica,” Ultramicroscopy, vol.87,no.1,pp.55–66,2001.
[21]M.-C.Hsiao,“Dna contour length estimator utilizing shape number from afm imaging,”Master’s thesis,National Taiwan University of Science and Technology,2016 年 1 月.
[22] 林育德, “應用自動化光學檢測技術於彩色濾光片辨識系統之開發與研究,”
Master’s thesis,國立台灣科技大學, 2008.
[23] 林家均,機器視覺系統實務. 光道視覺科技股份有限公司, 2012.
[24]I.Sumita Optical Glass,“Light-source.” http://www.sumita-opt.co.jp/cn/
images/products/fiber/light-source/titleimg.jpgl.
[25]C.T.R.T.CORP.,“長條型燈管 , 環型燈管.” http://www.chinalab.com.tw/
UserFiles/image/FL20D.jpg,http://www.chinalab.com.tw/UserFiles/
image/FCL30D.jpg.
[26]D.L.I.INC.,“Led燈.” http://www.digisystemlab.com/Archive/_tw/
products/G0075/small/1406165982.jpg.
[27]wikimedia commons,“全反射.”
[28]W.Gonzalez, 數位影像處理. 台灣培生教育出版股份有限公司,May2009.
[29] 王如鈺、王雲峰,實用齒輪機構概論. 憬藝企業有限公司, 7 月2003.
[30]M.J.Rider,“Geneva mechanism,” Design and Analysis of Mechanisms :A Planar Approach.
[31]L.Centenary Materials Co.,“motor data sheet.” http://us.100y.com.tw/
viewproduct.asp?MNo=72777.