Research on Fault Prediction Based on Elevator Life Cycle Big Data

Jun Qiu, Leijing Yang, Chen Wang
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Abstract

Fault prediction and accident prevention are the main objectives of elevator safety. Applying the big data method to the mass data generated in the whole life cycle of elevator can realize elevator fault prediction in a broad sense. Based on data collection and preprocessing of manufacturing, installation, use, maintenance, inspection and other links during the lifecycle of elevator, the elevator database was built, and the light GBM (light gradient boosting machine) decision tree algorithm was used for feature extraction, data connection, training and prediction model setting up, which could realize the elevator historical fault query of a region and the statistics of regional fault distribution, fault type, system and component, thus the elevator fault prediction could be realized.
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基于电梯全生命周期大数据的故障预测研究
故障预测和事故预防是电梯安全的主要目标。将大数据方法应用于电梯全生命周期产生的海量数据,可以实现广义的电梯故障预测。基于电梯全生命周期中制造、安装、使用、维护、检测等环节的数据采集和预处理,构建电梯数据库,并采用轻梯度增强机(light gradient boosting machine, light GBM)决策树算法进行特征提取、数据连接、训练和预测模型建立,可实现某一区域的电梯历史故障查询和区域故障分布、故障类型、故障类型、故障类型等统计。系统和部件,从而实现电梯故障预测。
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