| Summary: | 碩士 === 弘光科技大學 === 職業安全與防災研究所 === 99 === Fall-arrest plate is a high risk of construction technology, The failure mode and effect analysis method (FMEA) is selected to measure the risk. The occurrence, severity and detectable factors were considered in the questionnaire. From the answers of the 18 specialty engineers, the assembling and the dismounting stages have higher risk for workers. Matches the dynamic test, effect of the confirmation interception.
The analysis calculated the risk priority index sequencing results, Drinking alcoholic beverages is the most dangerous, followed by the former is not really tied Material Handling, By the results of planning for improvement, to reduce disasters. The dynamic test was also implemented for the fall-arrest effect of the plate. It is found that the weight of the flying objects was not the only controlling factor to damage the fall-arrest plate. Flying objects with thin and sharp ends would wear out the plate more easer than the concrete bricks. Collection of works by the operating personnel and facilities for filming the current situation, According to the review group to split the job of risk factors, And taking into account any relevant foreign standards, Prepare standard operating procedures, Provide the industry as a staff training purposes.
This study suggests that agencies will include specification standard operating procedures to facilitate the industry to follow and as an educational advocacy materials. Need to set the height and spacing, tilt angle (> 20 °) and horizontal extension of the length (≧ 2m). And testing standards are brought together to facilitate the examination.
Key Words: FMEA, fall-arrest plate, scaffold, risk assessment
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