A Study on the Common Defects of the As-built Inspection of Fire Safety Equipment in Buildings

• Main Authors: Feng shou-liang, 馮守亮
• Other Authors: Shi-Fon Su
• Format: Others
• Language: zh-TW
• Published: 2017
• Online Access: http://ndltd.ncl.edu.tw/handle/95479w

碩士 === 東南科技大學 === 營建科技與防災研究所在職專班 === 105 === Abstract This study is aimed at common defects of the As-built Inspection of Fire Safety Equipment in Buildings of fire safety equipment. The fire safety equipment completed by the lack of inspection in addition to lead to inspection failed. If the fire can not be normal action, it will cause casualties and property damage. For practical cases and domestic and foreign related literature, we study was aggregated and analyzed. A total of 54 impact assessment factors were obtained from the four facets and their facets, and the use of hierarchical analysis (AHP) for analysis results are as follows: 1."Fire extinguishing equipments"、"Fire alarm and Broadcasting equipment"、"Refuge & Escape and Evacuation equipment"."Necessary equipments for fire rescue" and other four facets, " Fire alarm and Broadcasting equipment " as the most important facets. In the case of a comprehensive analysis. The Automatic fire alarm equipment as the most important factor In the "Fire alarm and Broadcasting equipment"; The Emergency lighting equipment as the most important factor In the "Refuge & Escape and Evacuation equipment"; The Automatic sprinkler system as the most important factor In the "Fire extinguishing equipment"; The Smoke control equipment as the most important factor In the "Necessary equipments for fire rescue" 2.Impact Common Defects of the As-built Inspection of Fire Safety Equipment in Buildings factors and rank the top 16 accounted for more than 50% of the overall weight. 3.The combination of " Fire alarm and Broadcasting equipment " and " Refuge & Escape and Evacuation equipment " accounts for about six percent of the overall level of weighting. Reducing the probability of occurrence of these two assessment deficiencies can effectively ensure the fire safety of buildings.