SMT-ELS機聯網通用數據水平通訊軟體實現;Implementation of General Data Horizontal Communication for SMT-ELS

NCUIR > College of Electrical Engineering & Computer Science > Executive Master of Computer Science and Information Engineering > Electronic Thesis & Dissertation > Item 987654321/93042

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Title:	SMT-ELS機聯網通用數據水平通訊軟體實現;Implementation of General Data Horizontal Communication for SMT-ELS
Authors:	楊秉儒;Yang, Bing-Ru
Contributors:	資訊工程學系在職專班
Keywords:	機聯網;水平通訊;SEMI SMT-ELS;M2M;Horizontal Communication;Socket;General Data
Date:	2023-07-22
Issue Date:	2024-09-19 16:39:13 (UTC+8)
Publisher:	國立中央大學
Abstract:	近年來的消費性電子產品種類繁複，SMT 製造廠需要雇用大量人力以因應流水生產線設備繁雜的設定更動，而傳統流水生產線以人力頻繁調整設備的方式，將導致人力成本攀升、設備管理效率低落。本研究提出一個基於SEMI SMT-ELS的通用數據水平通訊軟體，使得以Flow Connection形式連接的所有設備擁有自動化M2M的能力，並實現連線狀態控管、MD參考模式設定、生產路徑規範設定的API控制。本實驗以四台虛擬機模擬流水生產線設備，並以三種應用實例驗證，可得證此軟體能達到Flow Connection M2M全自動化的應用，大幅降低了流水生產線之人力需求，且透過設備間互相協調，其通訊效率亦大幅改善。本研究將能提供流水生產線的設備鏈擁有自主協調的能力，使得智慧製造更加全面，亦能降低企業人力成本，以及提升生產效率，且包裝好的API亦使得後續工程人員能快速部署至工廠現有環境。;With the variety of consumer electronics products in recent years, SMT manufacturing factory need to employ a large number of staff to cope with the complicated setting changes of assembly line equipment, while traditional assembly line frequently adjusts equipment by staff, which will lead to rising labor costs and low equipment management efficiency. This study proposes a General Data Horizontal Communication software based on SEMI SMT-ELS, which enables all devices connected in the form of Flow Connection to have the ability to automate M2M, and implement APIs for connection status control, MD reference mode setting, and production route specification setting control. In this experiment, four virtual machines are used to simulate assembly line equipment, and three application examples are used to verify that this software can achieve the fully automated application of Flow Connection M2M, greatly reducing the manpower requirements of the assembly line, and through the coordination between equipment, Its communication efficiency has also been greatly improved. The research will provide that the equipment chain of the assembly line has the ability to coordinate independently, making smart manufacturing more comprehensive, reducing labor costs for enterprises, and improving production efficiency. The packaged API also enables subsequent engineers to quickly deploy to the existing environment of the factory.
Appears in Collections:	[Executive Master of Computer Science and Information Engineering] Electronic Thesis & Dissertation

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