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MONITORING SYSTEM OF WORKING MACHINE AND MONITORING METHOD OF WORKING MACHINE
To monitor defect of a working implement.SOLUTION: The monitoring system of a working machine comprises: a measurement data acquisition unit that acquires measurement data of a working implement of the working machine at a predetermined sampling rate; a defect determination unit that determines whether there is a defect on the working implement based on the measurement data; a counting unit that counts the number of defect determination samples representing the measurement data determined as defect; and a warning control unit that changes the form of the warning output from the output device based on the number of samples determined as defects.SELECTED DRAWING: Figure 9
【課題】作業機の欠損を監視すること。【解決手段】作業機械の監視システムは、作業機械が有する作業機の計測データを所定のサンプリングレートで取得する計測データ取得部と、計測データにおいて作業機の欠損の有無を判定する欠損判定部と、欠損が有ると判定された計測データを示す欠損判定サンプルの数をカウントするカウント部と、欠損判定サンプルの数に基づいて、出力装置から出力させる警告の形態を変更する警告制御部と、を備える。【選択図】図9
MONITORING SYSTEM OF WORKING MACHINE AND MONITORING METHOD OF WORKING MACHINE
To monitor defect of a working implement.SOLUTION: The monitoring system of a working machine comprises: a measurement data acquisition unit that acquires measurement data of a working implement of the working machine at a predetermined sampling rate; a defect determination unit that determines whether there is a defect on the working implement based on the measurement data; a counting unit that counts the number of defect determination samples representing the measurement data determined as defect; and a warning control unit that changes the form of the warning output from the output device based on the number of samples determined as defects.SELECTED DRAWING: Figure 9
【課題】作業機の欠損を監視すること。【解決手段】作業機械の監視システムは、作業機械が有する作業機の計測データを所定のサンプリングレートで取得する計測データ取得部と、計測データにおいて作業機の欠損の有無を判定する欠損判定部と、欠損が有ると判定された計測データを示す欠損判定サンプルの数をカウントするカウント部と、欠損判定サンプルの数に基づいて、出力装置から出力させる警告の形態を変更する警告制御部と、を備える。【選択図】図9
MONITORING SYSTEM OF WORKING MACHINE AND MONITORING METHOD OF WORKING MACHINE
作業機械の監視システム及び作業機械の監視方法
KAWAMOTO SHUN (Autor:in) / MURAKAMI TOMOYA (Autor:in) / EMOTO RYOHEI (Autor:in) / SONOYAMA SHOJI (Autor:in) / HIRAMA SHOTA (Autor:in)
17.08.2023
Patent
Elektronische Ressource
Japanisch
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