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研究生:石逸泉
研究生(外文):Shih, Yi-Cyuan
論文名稱:大氣冷電漿技術應用-電扶梯殺菌設備
論文名稱(外文):Application of Atmospheric Cold Plasma-Escalator Sterilization Device
指導教授:丁鯤
指導教授(外文):Ting, Kuen
口試委員:丁鯤塗光權郭冠麟
口試委員(外文):Ting, KuenTu, Guang-QuanKuo, Kwan-Nin
口試日期:2017-07-14
學位類別:碩士
校院名稱:龍華科技大學
系所名稱:化工與材料工程系碩士班
學門:工程學門
學類:材料工程學類
論文種類:學術論文
論文出版年:2017
畢業學年度:105
語文別:中文
論文頁數:42
中文關鍵詞:電扶梯清潔設備手扶梯殺菌裝置電漿滅菌大氣壓冷電漿
外文關鍵詞:Escalator Cleaning EquipmentEscalator Disinfection DevicePlasma SterilizationAtmospheric Pressure Cold Plasma
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本篇技術報告綜合整理應用大氣壓冷電漿滅菌技術於電扶梯握把清潔之理論基礎與概念設計,其目的在建構此一大氣壓冷電漿滅菌應用技術之開發文件,使能符合本技術未來在專利申請、商品化、改良形式、激發參數、專業應用等面向之需要,並產出技術合作或轉移之雛形資料,至終能開發出產品雛形。
本報告根據類型與應用範圍之分類原則,從國內外相關專利資料庫做專利檢索,歸納並產出大氣壓冷電漿滅菌應用技術之專利地圖,發現近五年來,於生物醫學技術領域之專利已有4807件,其中US 9034270B2一件係用於自動扶梯的等離子體滅菌和清潔處理之負壓裝置,與本報告所開發之技術相似。故本報告已詳細分析此一專利之內容,除確定本報告開發之技術可於電漿處理6秒後達90%以上之滅菌率,足可達成有效之滅菌效果外,更完成電扶梯握把之大氣壓冷電漿滅菌系統概念設計及原型製作,並架設於台北某捷運站執行原型機之功能測試,已證實本設計能在不更動既有結構之條件下,安裝於任何形式之廠家扶梯。
本報告已完成原型製作,其大氣壓冷電漿反應器也匹配出良好參數,頻率為7kHz~15kHz、電壓為3kV~4.5kV之脈衝電壓,總消耗功率為900W~1100W。本報告證實大氣壓冷電漿手扶梯殺菌裝置已完成實驗使用之雛形,並成功完成台灣發明專利之審定,美國發明專利之答辯,及中國新型專利之核准。

This report presents a complete document of an atmospheric pressure cold plasma sterilization system for escalator handrail disinfection. The document has been prepared to fulfill its future needs such as patent applications, commercialization, form improvements, plasma performance parameters identification for various applications, future industrial production, etc. The aim of this report is to ensure a successful prototype development of this cold plasma escalator cleaning equipment, and finally the public acceptance of this plasma sterilization technology.
A patent map has been made according to the type and scope of patent application, it reveals that in the past five years, there has been 4807 cold plasma sterilization applications worldwide in the area of biomedical engineering. Among these applications, there is a case, US 9034270B2, which is similar to the design of this cold plasma escalator cleaning equipment. A thorough investigation has been made therefore to differentiate these two patent applications, result of the analysis confirms that the subject of this report achieves an effective sterilization rate, up to 90%, after 6 seconds of plasma treatment. In addition, the equipment is compatible to the existing escalator from most of the factories, no changing or modification of the escalator structure is required. The design of this device therefore conforms to the invention patent elements such as "industry availability", "novelty" and "progressive".
Experimental prototype of this escalator disinfection device with technology of atmospheri¬c pressure cold plasma has been successfully completed based on the conceptual design, the optimized performance parameters are the frequency of 7kHz~15kHz, the voltage of 3kV~4.5kV pulse voltage, and the total power consumption of 900W ~ 1100W. This report also confirms that the design of this atmospheric pressure cold plasma escalator sterilization device has successfully completed the examination of the invention patent of Taiwan, the reply of the invention patent of the United States and the approval of the new Chinese patent. It is about to be transformed into industrial prototype, and ready to participate in future government-related business competition.

摘要 i
ABSTRACT ii
誌謝 iv
目錄 v
表目錄 vii
圖目錄 viii
第一章 緒論 1
1.1技術研發之背景與動機 1
1.1.1相關專利闡述 1
1.1.2發展動機 2
1.2技術研發目的與待解決問題 3
1.2.1電漿技術應用評估 3
1.2.2電扶梯結構探討 5
1.3研究與開發範圍 6
第二章 技術分析規劃與實行 7
2.1專利檢索 7
2.1.1執行內容項目 7
2.1.2專利檢索 7
2.2相關專利篩選 9
2.2.1專利智庫篩選 9
2.2.2專利檢索 10
2.3本報告與前案評估 13
2.3.1前案比較引述 13
2.3.2本報告專利發明內容 14
第三章 電扶梯滅菌裝置設計 18
3.1裝置原型設計 18
3.1.1內部機構 19
3.1.2外觀設計 20
3.1.3電漿電路 21
3.2技術工具與設備 23
3.3研發技術之方法與學理基礎 23
3.3.1電漿反應器激發原理 23
3.3.2電漿反應器製作流程 24
3.4研發技術實行技巧或創新之處 25
第四章 研發技術結果與分析 26
4.1本報告成果 26
4.1.1電扶梯殺菌裝置原型機 26
4.1.2大氣冷電漿相關分析 28
4.2相關驗證 29
4.3市場分析 31
第五章 研發技術之成果 32
5.1時程規劃 32
5.2專利申請&成果獲獎 33
5.3未來技術研發方向與展望 35
參考文獻 36
附錄 38
A 台灣新型-可拆式滅菌裝置證書 39
B 美國發明申請證明 40
C 中國新型申請證明 41
D 台灣發明-手扶梯滅菌裝置申請證明 42

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[4]張文奇、楊鳳雪,電扶梯之殺菌裝置,經濟部智慧財產局,證書號數:M497160,中華民國(2015)。
[5]Kobayashi et al, Hitachi Ltd, "Plasma Sterilization and Cleaning Treatment Device for Escalator, and Escalator Using the same," United States Patent, Sheet 2 of 12 US9034270B2 May 19, (2015).
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