A Study on Knowledge Management Application for The Risky Equipment Inspection

碩士 === 國立成功大學 === 工學院工程管理專班 === 98 === The first category pressure vessel, boiler, high-pressure gas specific equipment and high-pressure gas vessels are the potentially dangerous equipment under the Laborer Safety and Health Acts. The government schedules the rigorous inspection mechanism to con...

Full description

Bibliographic Details
Main Authors: Chien-YingCheng, 鄭千映
Other Authors: Tse-Sheng Chen
Format: Others
Language:zh-TW
Published: 2010
Online Access:http://ndltd.ncl.edu.tw/handle/07918830971631411910
id ndltd-TW-098NCKU5031051
record_format oai_dc
spelling ndltd-TW-098NCKU50310512015-11-06T04:03:46Z http://ndltd.ncl.edu.tw/handle/07918830971631411910 A Study on Knowledge Management Application for The Risky Equipment Inspection 危險性設備檢查知識管理應用之研究 Chien-YingCheng 鄭千映 碩士 國立成功大學 工學院工程管理專班 98 The first category pressure vessel, boiler, high-pressure gas specific equipment and high-pressure gas vessels are the potentially dangerous equipment under the Laborer Safety and Health Acts. The government schedules the rigorous inspection mechanism to confirm and guarantee the security of its use including model inspection, melting inspection, structure inspection, completion inspection and the required manufacture inspections. The periodic and condition change inspections are also held during the usage of them. The manufacture and condition change inspections are used to confirm the essential safety performance of the equipment while the periodic inspection mainly proves the deterioration influence of the equipment. According to the current regulations, usually the deadline of the periodic inspection is fixed within an opening date. If it is unable to run, a special case or substitutes will be allowed to extend the inspection time by the permission of authority. Recently, a new tendency has been taken in the international for inspection with the equipment risk consideration to reduce the unnecessary examination as well as resources waste. It has been cognized to be the best inspection period by referring the remaining life of the devices or the pipelines. In order to solve the risky equipment problems in the life cycle, a lot of the related technical information and engineering knowledge need to acquire, store, transfer and share to the site workers. Meanwhile, a Risk-Based Inspection (RBI) strategy is also required to provide its proper and reasonable inspection cycle time. This article focus on the analysis in view of the risky equipment inspection and examination. We use Google Docs, the cooperation platform and on-line forum software to establish “the risky equipment inspection knowledge management application prototype”. It has been achieved the related knowledge exchange and also obtained some valuable knowledge feedback. Finally, the costs of the equipment inspections are hopefully reduced. Tse-Sheng Chen 陳澤生 2010 學位論文 ; thesis 94 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立成功大學 === 工學院工程管理專班 === 98 === The first category pressure vessel, boiler, high-pressure gas specific equipment and high-pressure gas vessels are the potentially dangerous equipment under the Laborer Safety and Health Acts. The government schedules the rigorous inspection mechanism to confirm and guarantee the security of its use including model inspection, melting inspection, structure inspection, completion inspection and the required manufacture inspections. The periodic and condition change inspections are also held during the usage of them. The manufacture and condition change inspections are used to confirm the essential safety performance of the equipment while the periodic inspection mainly proves the deterioration influence of the equipment. According to the current regulations, usually the deadline of the periodic inspection is fixed within an opening date. If it is unable to run, a special case or substitutes will be allowed to extend the inspection time by the permission of authority. Recently, a new tendency has been taken in the international for inspection with the equipment risk consideration to reduce the unnecessary examination as well as resources waste. It has been cognized to be the best inspection period by referring the remaining life of the devices or the pipelines. In order to solve the risky equipment problems in the life cycle, a lot of the related technical information and engineering knowledge need to acquire, store, transfer and share to the site workers. Meanwhile, a Risk-Based Inspection (RBI) strategy is also required to provide its proper and reasonable inspection cycle time. This article focus on the analysis in view of the risky equipment inspection and examination. We use Google Docs, the cooperation platform and on-line forum software to establish “the risky equipment inspection knowledge management application prototype”. It has been achieved the related knowledge exchange and also obtained some valuable knowledge feedback. Finally, the costs of the equipment inspections are hopefully reduced.
author2 Tse-Sheng Chen
author_facet Tse-Sheng Chen
Chien-YingCheng
鄭千映
author Chien-YingCheng
鄭千映
spellingShingle Chien-YingCheng
鄭千映
A Study on Knowledge Management Application for The Risky Equipment Inspection
author_sort Chien-YingCheng
title A Study on Knowledge Management Application for The Risky Equipment Inspection
title_short A Study on Knowledge Management Application for The Risky Equipment Inspection
title_full A Study on Knowledge Management Application for The Risky Equipment Inspection
title_fullStr A Study on Knowledge Management Application for The Risky Equipment Inspection
title_full_unstemmed A Study on Knowledge Management Application for The Risky Equipment Inspection
title_sort study on knowledge management application for the risky equipment inspection
publishDate 2010
url http://ndltd.ncl.edu.tw/handle/07918830971631411910
work_keys_str_mv AT chienyingcheng astudyonknowledgemanagementapplicationfortheriskyequipmentinspection
AT zhèngqiānyìng astudyonknowledgemanagementapplicationfortheriskyequipmentinspection
AT chienyingcheng wēixiǎnxìngshèbèijiǎncházhīshíguǎnlǐyīngyòngzhīyánjiū
AT zhèngqiānyìng wēixiǎnxìngshèbèijiǎncházhīshíguǎnlǐyīngyòngzhīyánjiū
AT chienyingcheng studyonknowledgemanagementapplicationfortheriskyequipmentinspection
AT zhèngqiānyìng studyonknowledgemanagementapplicationfortheriskyequipmentinspection
_version_ 1718125074563727360