近年來全球積極推動「工業4.0」製造產業創新轉型計畫，主要以導入工業物聯網(IIoT)與智慧製造為核心目標。在現今網路技術與通訊科技邁向成熟的環境下，國內外許多廠商陸續將製造設備導入數位化與網路化，並應用智慧行動裝置應用程式進行作業上的管理及協助。目前工業上的智慧行動裝置應用多數使用於製造執行系統，進行監看產線製造產能，鮮少將智慧行動裝置應用於加工控制終端，倘若將智慧行動裝置應用導入製造生產的自動控制領域上，輔以工作人員加工生產與設備檢修，可有效發揮行動裝置使用便利性的協助特色，勢必會提升工業的生產效率及工作人員的機動性。因此本研究以EtherCAT工具機做為實驗機台，並透過Wi-Fi路由器實現廠區網路無線化的部署，提供機台操作人員透過智慧行動裝置，經由無線網路遠端監控加工機台。在此行動化加工整合平台的輔助下，以具有遠端控制與監看加工現場的特性，輔助機台操作人員可於遠端進行加工製造的前置作業，並整合智慧行動裝置QR Code掃描功能，使機台操作人員可快速掃取機台檢修資訊，進行設備的檢修紀錄查詢與填寫，本研究有效的解決過去生產製造時，機台操作人員於廠區內獲取機台維修資訊不便，與人員機動性等問題。希冀未來產業工具機的控制終端操控模式，倚賴本研究軟硬體整合之技術，進行多方整合，提供製造產業一便捷與創新的操控模式。

In recent years, network technology and communication technology have entered a mature environment. Many manufacturers have gradually introduced manufacturing equipment into networked, and use the smart mobile device application to manage in the work. At present, most smart mobile device applications are used in manufacturing execution systems to monitor manufacturing capacity on the production line. If the smart mobile device application is introduced into the field of automatic control of manufacturing, it will be supplemented by machining and equipment maintenance and play the role of the convenience of the use of mobile devices. It is bound to increase the productivity of the industry and the mobility of the staff. This study used an EtherCAT machine as an experimental machine and deployed a regional network of the plant using a Wi-Fi router. This deployment method provides a mobile machining integration platform developed by employees using this research. This platform assists staff in remote control and machining of on-site monitoring. This platform also assists staff in using QR code scanning when servicing equipment. It allows staff to quickly scan machine maintenance information and check for equipment maintenance records.This research will be able to effectively solve the inconvenience of staff in the factory during the past manufacturing. Except that the future machining control mode can rely on the integration concept of this research and provide a more convenient control mode.

[1] 國家政策研究基金會，“台灣ICT產業的變動趨勢與發展”，取自: https://www.npf.org.tw/2/18319?County=%25E9%259B%25B2%25E6%259E%2597%25E7%25B8%25A3&site=。
[2] DigiTimes物聯網，“邁向智慧工廠工業乙太網路架構”，取自: https://www.digitimes.com.tw/iot/article.asp?cat=130&id=0000419610_myo7yhou0m7jjw1hpdtof。
[3] 鄧文淵，“Android初學特訓班”，碁峰資訊股份有限公司出版，2015。
[4] VideoLAN Organization, Retrieved from : https://www.videolan.org/vlc/features.html
[5] Douglas E. Comer,David L. Stevens, “INTERNETWORKING WITH TCP/IP VOL.3 CLIENT-SERVER PROGRAMMING AND APPLICATIONS Windows Sockets Version ,” Prentice-Hall International, Inc.
[6] 李孟書、黃鶴超，“Windows Sockets網路程式設計經典”,碁峰資訊股份有限公司合作出版。
[7] 陳響亮、林鼎皓、 何季璋，“工具機智慧型遠端加工及診斷與維修軟體系統之開發研究” 科技部研究計畫，中華民國，2004。
[8] Peter W.Tse,“Web And Virtual Instrument Based Machine Remote Sensing, Monitoring And Fault Diagnostic System,” ASME 2001 Design Engineering Technical Conference and Computers and Information in Engineering Conference.
[9] 陳響亮、王欣如、陳韻堯，”基於Wi-Fi之無線化廠區雲端機台遠端監控平台設計”，臺灣網際網路研討會(TANET)，台灣台中，2013。
[10] Heming Pang 、Linying Jiang、Liu Yang、Kun Yue,“Research of Android Smart Phone Surveillance System,” 2010 International Conference On Computer Design And Appliations 。
[11] DigiTimes科技網“工業4.0與物聯網火熱 助長EtherCAT聲勢”取自：http://www.digitimes.com.tw/tech/dt/n/shwnws.asp?cnlid=1&cat1=20&cat2=25&id=0000486903_N80L3OU4LYSSW24BQV59F#ixzz4pDfexQdj。
[12] 李桂銘，“EPCIO即時性運動控制函式庫介紹與實作”，機械工業雜誌，349期。
[13] IntervalZero RTOS Platform,“RTOS Platform with EtherCAT” Retrieved from :https://www.intervalzero.com/products/intervalzero-rtos-platform-with-ethercat/
[14] 陳響亮、蔣承儒“工具機數控程式編譯器與應用”機械工業雜誌，422期。
[15] 鍾振武“以行動化智慧設施診斷系統導入科技企業之物業管理應用”物業管理學報，2015。
[16] 강병모、홍인식“A study on the customized pipe network components status input system in Wcloud Environment,” Journal of Knowledge Information Technology and Systems，2014。
[17] 陸品丞“EtherCAT工具機行動化運動控制及無線監控系統研究”碩士論文，國立成功大學，中華民國，2018。
[18] Nguyen-Vu Truong and Duc-Lung Vu “Remote Monitoring and Control of Industrial Process Via WirelessNetwork and Android Platform,”2012 International Conference On Control,Automation and Information Sciences。
[19] ZBar bar code reader,Retrieved from : http://zbar.sourceforge.net/。
[20] DigiTimes物聯網“透過影像監控 無縫掌握工廠資訊”取自：https://www.digitimes.com.tw/iot/article.asp?cat=130&id=0000397056_XQJ19UBZ4NXMLG7PY14XO。
[21] Google Protocol Buffers,“Google Protocol Buffers Developer Guide,” Retrieved from : https://developers.google.com/protocol-buffers/docs/overview。
[22] Michael Bernstein, “5 Reasons to Use Protocol Buffers Instead of JSON For Your Next Service,”Retrieved from : https://codeclimate.com/blog/choose-protocol-buffers。
[23] Android studio Developers,“UI/Application Exerciser Monkey,” Retrieved from : https://developer.android.com/studio/test/monkey。