Service Innovation Application for Precision Machinery Manufacturing-Case Study for Silicon Carbide Ceramic Shaft Seal
碩士 === 亞洲大學 === EMBA高階經理碩士在職學位學程 === 107 === The integration of factory inventory data requires a unified system to facilitate accurate and detailed information in the current management of inventory. It is not necessary to obtain immediate answers through multiple rumors. In addition to solving inc...
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ndltd-TW-107THMU16270022019-11-24T05:30:55Z http://ndltd.ncl.edu.tw/handle/54q6tu Service Innovation Application for Precision Machinery Manufacturing-Case Study for Silicon Carbide Ceramic Shaft Seal 精密機械製造之服務創新應用–以碳化矽陶瓷軸封為例 Lee, Sung-ling 李松嶺 碩士 亞洲大學 EMBA高階經理碩士在職學位學程 107 The integration of factory inventory data requires a unified system to facilitate accurate and detailed information in the current management of inventory. It is not necessary to obtain immediate answers through multiple rumors. In addition to solving incomplete information, it can also increase inventory. This study explores the service design and application of precision machinery manufacturing innovation. Based on the experience of querying the warehousing process, the management of the warehouse, the process of warehousing and management, and taking the case of the bismuth carbide ceramic shaft seal as an empirical case. It is found that there is no current issue for industrial symbiosis. In addition, in the management of raw materials, the use of enterprise resource planning system is not very convenient. When asking about inventory related issues, I feel the uncertainty of warehouse management personnel. In this study, through design thinking methods, the existing system is rectified. Employees are easy to use, and simultaneously produce relevant information, provide predictive mechanisms, reduce disputes caused by internal employees or suppliers because they don't understand or demand a large number of applications, and provide fast information dashboards to make information more transparent. communication. The conclusion of this study is to enable information to be instantly transmitted and updated through the information integration method of the cloud system, so that supervisors and employees can get instant and correct inventory information and establish industrial symbiosis indicators. Whether it is general service or emergency, it can get the complete answer in a short period of time and solve it immediately. Plan ahead to avoid waste of raw materials resources. Efficiency is a part of every manufacturer must work hard; In the era, the company will develop a simple-to-use online app to synchronize the inventory-related information and improve the efficiency of internal communication. Lin, Kuo-Yi Tang, Da-Wei 林國義 湯大緯 2019 學位論文 ; thesis 35 zh-TW |
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碩士 === 亞洲大學 === EMBA高階經理碩士在職學位學程 === 107 === The integration of factory inventory data requires a unified system to facilitate accurate and detailed information in the current management of inventory. It is not necessary to obtain immediate answers through multiple rumors. In addition to solving incomplete information, it can also increase inventory. This study explores the service design and application of precision machinery manufacturing innovation. Based on the experience of querying the warehousing process, the management of the warehouse, the process of warehousing and management, and taking the case of the bismuth carbide ceramic shaft seal as an empirical case. It is found that there is no current issue for industrial symbiosis. In addition, in the management of raw materials, the use of enterprise resource planning system is not very convenient. When asking about inventory related issues, I feel the uncertainty of warehouse management personnel. In this study, through design thinking methods, the existing system is rectified. Employees are easy to use, and simultaneously produce relevant information, provide predictive mechanisms, reduce disputes caused by internal employees or suppliers because they don't understand or demand a large number of applications, and provide fast information dashboards to make information more transparent. communication. The conclusion of this study is to enable information to be instantly transmitted and updated through the information integration method of the cloud system, so that supervisors and employees can get instant and correct inventory information and establish industrial symbiosis indicators. Whether it is general service or emergency, it can get the complete answer in a short period of time and solve it immediately. Plan ahead to avoid waste of raw materials resources. Efficiency is a part of every manufacturer must work hard; In the era, the company will develop a simple-to-use online app to synchronize the inventory-related information and improve the efficiency of internal communication.
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author2 |
Lin, Kuo-Yi |
author_facet |
Lin, Kuo-Yi Lee, Sung-ling 李松嶺 |
author |
Lee, Sung-ling 李松嶺 |
spellingShingle |
Lee, Sung-ling 李松嶺 Service Innovation Application for Precision Machinery Manufacturing-Case Study for Silicon Carbide Ceramic Shaft Seal |
author_sort |
Lee, Sung-ling |
title |
Service Innovation Application for Precision Machinery Manufacturing-Case Study for Silicon Carbide Ceramic Shaft Seal |
title_short |
Service Innovation Application for Precision Machinery Manufacturing-Case Study for Silicon Carbide Ceramic Shaft Seal |
title_full |
Service Innovation Application for Precision Machinery Manufacturing-Case Study for Silicon Carbide Ceramic Shaft Seal |
title_fullStr |
Service Innovation Application for Precision Machinery Manufacturing-Case Study for Silicon Carbide Ceramic Shaft Seal |
title_full_unstemmed |
Service Innovation Application for Precision Machinery Manufacturing-Case Study for Silicon Carbide Ceramic Shaft Seal |
title_sort |
service innovation application for precision machinery manufacturing-case study for silicon carbide ceramic shaft seal |
publishDate |
2019 |
url |
http://ndltd.ncl.edu.tw/handle/54q6tu |
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