摘要
近年來由於TFT-LCD的快速發展，台灣成為全球三大玻璃面板供應地之ㄧ，隨著面板廠商的不斷增加，競爭也相對的越來越激烈，無論是從製程技術上，或是其他周遭的設備建構，無不費盡思量希望能降低成本，藉以提高獲利率，以維持本身之競爭能力。在降低產品成本上，玻璃尺寸的大面積化成為一種趨勢，不過大尺寸的玻璃，卻也為周遭的設備帶來極大的衝擊，原本在小尺寸時的搬運設備，無法適用於大尺寸的玻璃基板，故今後搬運設備的發展趨勢，成為令人關注的課題，故本研究針對目前較為熱門之非接觸式玻璃搬運設備進行設計與模擬分析。
本研究應用電腦輔助工程分析軟體來對非接觸式搬運設備進行模擬，藉由改變氣孔排列、氣道數以及玻璃平板的傾斜角，探討不同參數條件下，氣流對於玻璃平板之影響。經由模擬所得之數據，進行比較分析，進而求得較佳的設計模式，期能夠以此建立設計資料庫，使此非接觸式搬運設備，不僅能夠適用於大面積的玻璃搬運，也能夠適用於各種材質之板狀結構體之搬運。

ABSTRACT
Due to the developing of TFT-LCD, Taiwan become the one of three main sources of large glasses in the world. As a result of increasing of glass suppliers, the competition between those glass suppliers have been more and more cutthroat. In order to reduce the cost, all of these manufacturers try to improve their manufacturing process. In recent year, large size of glass has been a better way to raise the profit. But, this way also cause a big change of transfer system and other manufacture equipments. The contact transfer system used in 5G TFT-LCD can’t be used in today’s large glass transportation. So many equipment suppliers invest much funds to research a new transfer type in today’s TFT-LCD factory. Many experts think that noncontact transfer system will be popular in next generation. This study focus the main topic on noncontact transfer system to simulation and design.
In this research, the model’s analysis is studied by finite element method. According to change parameters and boundary conditions like different kinds of gas hole design,gas channel numbers and different angles of inclination of glasses, the effect that jet flow imping upon the glass plate will be gained. Analysing these data from computer simulation and comparing with each other , the best design of noncontact transfer system can be defined. This non-contact transfer system can be used not only in TFT-LCD transportation but also in plate transportation that is made of any kinds of material.

參考文獻
1、Andrew Kwok Wai so and Siu Lai Chan,”Nonlinear finite element analysis of glass panels”,Engineering Structures.Vol.18, No. 8, pp. 645-652,1996
2、李碩仁、黃智豪、黃仲成、戴基福、高崇洋、王書龍「吊籠作業 中安全穩固裝置吸盤式設計」勞工安全衛生研究季刊第十一卷第二期 pp.137-158（2002）
3、Soon Chul Jung, Jae Eung Lee, Seung Hwan Chang,”Design of inspecting machine for next generation LCD glass panel with high modulus carbon/epoxy composites”,Composite Structure , Vol.66, pp.439-447（2004）
4、莊書豪、蕭飛賓、王金生、「平板撞擊噴射流數值模擬研究（Numerical Study of an Impinging Jet about a Flat Plate）」逢甲大學機械工程研究所碩士論文（1988）
5、莊書豪，張義鋒，魏清源，「噴射撞擊流之數值模擬與分析（Numerical Simulation and Analysis of Impinging Jet）」，中原大學機械工程研究所碩士論文(1989)
6、Shu-Hao Chuang and Ching-Yuan Wei,”Computations for a Jet Impinging Obliquely on a Flat Surface”,INT.J.NUM.METHODS FLUID,VOL.9,pp.1413-1426(1989)
7、莊書豪，黃仁智，陳明華，「二維雙噴射撞擊流之數值模擬與分析（Numerical Simulation of Two-Dimensional Impinging Twin-Jet on a Ground Surface）」，逢甲大學機械工程研究所碩士論文（1990）
8、C.J.Hwang and J.L.Lui,”Numerical Study of Two-Dimensional Impinging Jet Flowfields”,AIAA JOURNAL,VOL.27,No.7,pp.841-842（1989）
9、Coleman Dup.Donaldson and Richard S.Snedeker,”A Study of Free Jet Impingement.Part 1.Mean Properties of Free and Impinging Jets”,J.FLUID MECH,VOL.45,PART2,pp.281-319（1971）
10、D.R.Kotansky and L.W.Glaze,”Impingement of Rectangular Jets on a Ground Plane”,AIAA JOURNAL,VOL.20,NO.5,pp.585-586（1982）
11、H.Elbanna and S.Gahin,”Investigation of Two Plane Parallel Jets”,AIAA JOURNAL,VOL.21,NO.7,pp.986-991（1983）
12、H.Elbanna and J.A.Sabbagh,”Flow Visualization and Measurements in a Two-Dimensional Two-Impinging-Jet Flow”,AIAA JOURNAL,VOL.27,NO.4,pp.420-425（1989）
13、林祐輔，李裕德，鄧志東，「三維平形雙射流干涉之實驗研究（Experimental Investigation of Three-Dimensional Parallel Twin-Jet Interaction）」，中國航空太空學會學刊第二十七卷第三期，pp.245-253（1995）
14、 .B. zdemir and J.H.Whitelaw,”Impingement of an axisymmetric jet on unheated and heated flat plates”, J.FLUID MECH.VOL. 240,
pp.503-532（1992）
15、Gamal H.Moustafa and E.Rathakrishnan,”Studies on the Flowfield of Multijet with Square Configuration”,AIAA, JOURNAL, VOL.31, NO.7,
pp.1189-1190（1993）
16、S.T.Gulati and J.D.Helfinstine,”Mechanical Reliability of AMLCD Glass Substrates”Technical Information Paper,paper presented at SID 1996-San Diego,CA
17、S.T.Gulati ,T.A.Roe, J.D.Helfinstine and J.C.Lapp,”Mechanical Robustness of Thin AMLCD Glass Substrates Under Point Loading”Technical Information Paper,Science and Technology Division,Corning Incorporated,Coring,NY 14831
18、Gautam Meda,”Support Designs for Reducing the Sag of Horizontally Supported Sheets”,Technical Information Paper,Corning Incorporated,Coring NY
19、Corning Technology Group,”Glass Substrates for AMLCD Applications:Properties and Implications” IS&T/SPIE’s 9th Annual Symposium on Electronic Imaging（1997）
20、康淵、陳信佶，”ANSYS入門”，全華科技圖書股份有限公司，(1994)
21、Saeed Moaveni, “Finite element analysis Theory and Application with ANSYS ”,PRENTICE HALL,（1990）
22、王明良，”玻璃陶瓷名詞辭典” 名山出版社 (1972)
23、孟繼洛、施勝雄，”機械材料” 曉園出版社，(1976)
24、Doughty, Samuel , ”Mechanics of machines”, New York , Wiley, （1988）
25、John Hannah and R. C. Stephens, “Mechanics of machines : advanced theory and examples”, London, Edward Arnold, （1972）
26、R. Wait and A.R. Mitchell, “Finite element analysis and applications”, J. Wiley, （1985）
27、Uffe Hindhede, “Machine design fundamentals, a practical approach”, New York , Wiley, （1983）