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STEPLADDER WORK SITUATION DETERMINATION SYSTEM, STEPLADDER WORK SITUATION DETERMINATION METHOD AND STEPLADDER WORK SITUATION DETERMINATION PROGRAM
To provide a stepladder work situation determination system capable of performing safety education with respect to an operator and accident analysis, by utilizing data of the center of gravity in a plane measured while the installed stepladder was in use.SOLUTION: A stepladder work situation determination system 10 which determines work situation of a stepladder operator based on the center of gravity of a plane at each time while the installed stepladder is in use includes: degree of risk by time calculation means 11 for calculating the time according to each of a plurality of degrees of risk from a threshold value predetermined according to the plurality of degrees of risk and the center of gravity in the plane at each time; and degree of risk scoring means 12 for scoring the work situation of the stepladder operator based on the calculated time according to each of the plurality of degrees of risk.SELECTED DRAWING: Figure 1
【課題】設置された脚立の使用中に計測した平面重心位置のデータを活用して、作業者に対する安全教育や事故分析を行うことが可能な脚立作業状況判定システムを提供する。【解決手段】設置された脚立の使用中の各時刻における平面重心位置に基づいて脚立作業者の作業状況を判定する脚立作業状況判定システム１０であって、複数の危険度に応じて予め定められた閾値と各時刻における平面重心位置とから、複数の危険度ごとの時間を算出する危険度別時間算出手段１１と、算出した複数の危険度ごとの時間に基づいて脚立作業者の作業状況を点数化する危険度点数化手段１２と、を有する。【選択図】図１
STEPLADDER WORK SITUATION DETERMINATION SYSTEM, STEPLADDER WORK SITUATION DETERMINATION METHOD AND STEPLADDER WORK SITUATION DETERMINATION PROGRAM
To provide a stepladder work situation determination system capable of performing safety education with respect to an operator and accident analysis, by utilizing data of the center of gravity in a plane measured while the installed stepladder was in use.SOLUTION: A stepladder work situation determination system 10 which determines work situation of a stepladder operator based on the center of gravity of a plane at each time while the installed stepladder is in use includes: degree of risk by time calculation means 11 for calculating the time according to each of a plurality of degrees of risk from a threshold value predetermined according to the plurality of degrees of risk and the center of gravity in the plane at each time; and degree of risk scoring means 12 for scoring the work situation of the stepladder operator based on the calculated time according to each of the plurality of degrees of risk.SELECTED DRAWING: Figure 1
【課題】設置された脚立の使用中に計測した平面重心位置のデータを活用して、作業者に対する安全教育や事故分析を行うことが可能な脚立作業状況判定システムを提供する。【解決手段】設置された脚立の使用中の各時刻における平面重心位置に基づいて脚立作業者の作業状況を判定する脚立作業状況判定システム１０であって、複数の危険度に応じて予め定められた閾値と各時刻における平面重心位置とから、複数の危険度ごとの時間を算出する危険度別時間算出手段１１と、算出した複数の危険度ごとの時間に基づいて脚立作業者の作業状況を点数化する危険度点数化手段１２と、を有する。【選択図】図１
STEPLADDER WORK SITUATION DETERMINATION SYSTEM, STEPLADDER WORK SITUATION DETERMINATION METHOD AND STEPLADDER WORK SITUATION DETERMINATION PROGRAM
脚立作業状況判定システム、脚立作業状況判定方法及び脚立作業状況判定プログラム
NAKABAYASHI TATSUYA (author) / SHONO MAKOTO (author)
2019-10-24
Patent
Electronic Resource
Japanese
IPC:
E06C
LADDERS
,
Leitern
| European Patent Office | 2019
STEPLADDER MONITORING DEVICE, STEPLADDER, AND STEPLADDER MONITORING SYSTEM
| European Patent Office | 2023