上海计量测试
上海計量測試
상해계량측시
SHANGHAI MEASUREMENT AND TESTING
2015年
2期
6-9,12
,共5页
李倩%夏美霞%何潇俊
李倩%夏美霞%何瀟俊
리천%하미하%하소준
陶瓷地砖%滑倒%风险因子%风险模型
陶瓷地磚%滑倒%風險因子%風險模型
도자지전%활도%풍험인자%풍험모형
ceramic tiles%slipping%risk factors%risk model
根据作业条件危险性评价法(LEC法)和优序对比法相结合的分析方法建立评估模型，该模型能确定陶瓷地砖滑倒的各个风险因子，使用过程中只需要明确产品给人造成的风险和风险因素失控的可能性，即可得出各个因子和总的风险值，对该产品滑倒的风险监控和预警性提供监督方向和依据。
根據作業條件危險性評價法(LEC法)和優序對比法相結閤的分析方法建立評估模型，該模型能確定陶瓷地磚滑倒的各箇風險因子，使用過程中隻需要明確產品給人造成的風險和風險因素失控的可能性，即可得齣各箇因子和總的風險值，對該產品滑倒的風險鑑控和預警性提供鑑督方嚮和依據。
근거작업조건위험성평개법(LEC법)화우서대비법상결합적분석방법건립평고모형，해모형능학정도자지전활도적각개풍험인자，사용과정중지수요명학산품급인조성적풍험화풍험인소실공적가능성，즉가득출각개인자화총적풍험치，대해산품활도적풍험감공화예경성제공감독방향화의거。
According to analytical methods of operation conditions risk assessment (LEC) and optimal sequence correlation method, evaluation model could be established. This model could determine each risk factor from slipped ceramic tiles. If we could clear the risk and uncontrolled possibility of factors from the products by using, various and the total value of risk factors could be drawn. This model also could provide supervisory direction and basis on the risk monitoring and early warning of ceramic tiles’ slipping.
