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  • 學位論文

應用RFID與電力監控系統建構智慧工廠之設計

A design on RFID and electric monitoring systems for smart factory setting

指導教授 : 王貳瑞

摘要


金屬鈑件加工製件具多製程、客製化與批量式生產特性,除需機器設備外,製程技術亦須仰賴人工經驗。受限於多製程與人工技術因素,金屬鈑件加工產品品質控制與工時估算不容易,交期控制與成本效能分析也很不易。本研究利用精實生產中的價值流圖觀念,將製程工作站繪製成價值流圖和檢討不必要的浪費,並藉由RFID與電力監控系統建構適用於金屬加工製造的管理模式。以案例公司果糖機產品為例,依工廠實際製造流程、加工技術及工作站特性,蒐集現場製程各項所需資料,將案例公司原有之製程資料進行修改,並且提出智慧工廠設計之觀念,以作為系統設計與安裝依據。

並列摘要


Manufacturing of metal steel parts is characterized as multiple processes, customization, and batch order in which the production systems highly relies on machinery operations, technology, and labor experiences as well. Limited by multi manufacturing processes and highly dependence of human skills, the due date control and time consumption in association with cost estimation for manufacturing of metal steel parts are particularly difficult. This study utilizes the concept of value stream mapping with lean production to reduce unnecessary wastes. Moreover a system of electricity monitoring device with radio frequency identification (RFID) as an efficient management system is designed and the case of a fructose machine is implement to demonstrate the system applicability. The demonstration composes of factory layout, operational data collection through the designed system, and required on-site manufacturing process. Results from the implementation indicate that the system’s applicability in which the concept of a smart factory system design for metal sheet manufacturing is also pictured.

參考文獻


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