臺灣博碩士論文加值系統

本論文主要是研究IP67防水帄板電腦最佳化設計，設計為可在嚴苛使用環境下使用(包含可泡在水下1M)，同時驗證設計後的結構所需通過的測詴規範，方式及將設計時所發現問題解析後歸納出設計此類工、軍規格電腦系統時，可預先在設計時避免。
研究步驟先對IP規範介紹，再從設計流程及運算，說明如何設計，確認設計數值後，導入實驗測詴流程以驗證研究的結果是否符合預期，最後將設計時所遇到的問題包含防水設計重點/螢幕顯示器(LCD) 破裂分析的方法/防水條的干涉值設計做結論，以期可以清楚明瞭本研究的研究成果。
目前業界並無相關的研究，導至設計此類電腦時，僅先設定一防水材料在系統界面後，再以逐項測詴的方式測詴到系統可防水，其缺點除了耗時外，對發生問題後常無法找到重點及方向解決，因此解決問題的能力大為降低而無效果;因此個人在此論文的研究中，冀望能有系統且依據學理將防水設計及測詴，找出設計的方法，做為未來的設計依據。

The desertation research for mainly kinds of machine which it’s studies for IP67 waterproofing tablet computer optimization improve design， the designs for user who will using this machine on draconian environment (that itr’s will including soak into submarine 1M)， also， I will verify the design must through the test specification simultaneously and the design concept issue analysis， the prupose will provide some engineer design reference when designs this kind of specification computer system.
The presentation will introduct IP specification and let we know what is it mean， the description also introduce design process and counting for deformation foce by Mechanical behavior of materials to find out the water resistant of material interference to design refer /LCD broken analysis/rubber interference design etc. .
I expect could let engineer who will know this research prupose and conclusion.So far，we have no found any research for water resistant，So ，when engineer design water resistant computer have no right direction or just design a seal between two kinds of material，then they just spend a lot of times to do same experiment for solution find out. The defect was waste more time in test process and can’t found right solution at once. So， the research according to stress theory for design concept and critical
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issue analysis (the purpose would like defines a procedure for industry and military computer design reference).

摘要...........................................I
ABSTRACT...........................................II
目錄...............................................IV
表目錄...................................................VIII
圖目錄....................................................X
符號說明................................................XIV
第一章 緒論........................................1
1.1 研究動機..........................................1
1.2研究目的.....................................2
1.3章節介紹.......................................3
第二章 設計構想與測詴規範說明.............................5
2.1設計條件假設.......................................5
2.2設計構想...........................................7
2.2.1 設計資料匯整.............................7
2.2.2結構設計槪論...............................8
2.3架構表及初稿設計..................................9
2.4設計需通過的測詴規範..............................10
2.4.1 MIL-STD-810 環境測詴規範...................10
2.4.2 防水防塵測詴規範........................13
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第三章 防水設計方法...................................15
3.1 防水條材質使用範圍...............................18
3.2 防水條設計.......................................19
3.3檢核組裝之密合度..................................22
3.3.1螺絲鎖附力定義..............................24
3.3.2系統螺絲位置設計............................26
3.4外殼單元防水設計..................................28
3.4.1材料選用....................................28
3.4.2設計說明....................................29
3.4.2.1上下蓋防水設計..........................29
3.4.2.2防水固定螺絲............................29
3.4.2.3外開Door防水設計.......................30
3.5中央結構體強固與防水設計..........................30
3.5.1設計說明......................................30
3.5.2散熱防水區設計................................31
3.6 儲存單元防水設計.................................31
3.6.1環境要求......................................31
3.6.2防水設計要求..................................31
3.7 螢幕顯示器(LCD)防水設計..........................32
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3.7.1 防水設計說明...............................33
3.7.2 防震設計說明...............................33
3.8 透氣材質選用.....................................35
第四章 實驗測詴方法......................................36
4.1 實驗敍述.........................................36
4.2 實驗設備.........................................37
4.2.1真空測詴機....................................37
4.2.2 1M標準水箱...................................37
4.3 理論防水條干涉量驗證測詴.........................37
4.4 螢幕顯示器(LCD)防水驗證及防水條洩漏狀況..........38
4.5散熱模組防水設計測詴..............................39
4.6電池模組防水設計測詴..............................39
4.7 全系統實測防水確認.............................40
第五章:研究結果與討論....................................41
5.1測詴分析..........................................41
5.2防水條設計值測詴..................................41
5.2.1測詴說明....................................41
5.2.2理論防水條干涉量改善設計....................42
5.3 螢幕顯示器(LCD)改善及問題分析....................42
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5.3.1測詴說明....................................43
5.3.2 螢幕顯示器(LCD)防水干涉量改善設計..........43
5.3.3螢幕顯示器(LCD)破裂分析.....................44
5.4 散熱模組區滲水分析...............................44
5.4.1 修改設計...................................45
5.4.2 測詴結果...................................45
5.5 電池模組防水設計滲水分析.........................45
5.5.1 電池改善設計測詴...........................46
5.5.2 電池模組防水設計改善.......................46
5.6 全系統防水設計改善...............................46
5.7 防水條設計改善...................................47
5.8 防水條設計重點匯整...............................47
5.9 設計檢核項目匯整.................................50
第六章:結論.............................................51
參考文獻.............................................53

1. 何泰源，李魁士著潛盾隧道襯砌環片之止水設計與實例探討(2007) 2. Mr. Ken Thompson， MIL-STD-810G Committee Chairman MIL STD 810.(2008) 3. Rugged Pioneer page http://www.xploretech.com//products/vide.(2011) 4. SGS IEC_529 防水標準詴驗(2008)
5. MatWeb for the category "Silicone 橡膠(rubber)" http://www.matweb.com/search/QuickText.aspx?SearchText=SILICONE%20RUBBER (2010) 6. 小栗富士雄，小栗達男 機械設計便覽 臺隆書局92年(2003) 7. Norman E.Dowling Mechanical behavior of Materials(2007) 8. Xplore technologies-Rugged Pioneer http://www.xploretech.com/products/rugged_pioneer.(2012) 9. 聚四氟乙烯防水防塵透氣膜http://www.efmi.com.tw/?a=index/entry&id=11 EFM (2010)