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A platform for research: civil engineering, architecture and urbanism
RAILROAD WAYSIDE FACILITY MONITORING SYSTEM, INSTRUMENTATION TERMINAL AND CENTRAL DEVICE
To provide a method by which a management about calibrations is adequately realized in the case conditions of railroad wayside facilities are monitored based on measured data of instruments.SOLUTION: In a railroad wayside facility monitoring system 1, measuring terminals 30 installed in each railroad switch 50 send, to a central device 10, data measured by an instrument 32 which data are corresponded with a calibration completion date that is set and stored when the instrument 32 is calibrated and are handled as the measured data. The central device 10, based on the measured data received from the measuring terminals 30, carries out an inspection of the railroad switch 50 by a comparison of operation data about this one switching operation of the switch 50 with stored past operation data of the switch 50 that are regarded as reference data. An exchange time of the instrument 32 and/or the measuring terminals 30 is notified based on the completion date included in the measured data.SELECTED DRAWING: Figure 1
【課題】計測器の計測データに基づく鉄道沿線設備の状態監視を行うに当たり、校正に関する管理を的確に実現する技術を提供すること。【解決手段】鉄道沿線設備監視システム１では、転てつ機５０それぞれに設置した計測端末３０は、計測器３２による計測値と、当該計測器３２の校正時に設定・記憶された校正完了日とを対応付けて計測データとして、中央装置１０へ送信する。中央装置１０は、計測端末３０から受信した計測データに基づき、転てつ機５０の１回の転換動作に係る動作データを、記憶しておいた当該転てつ機５０の過去の動作データを参照データとして比較することで、当該転てつ機５０に関する検査を実施する。計測データに含まれる校正完了日に基づいて、計測器３２および／又は計測端末３０を交換する時期を報知する。【選択図】図１
RAILROAD WAYSIDE FACILITY MONITORING SYSTEM, INSTRUMENTATION TERMINAL AND CENTRAL DEVICE
To provide a method by which a management about calibrations is adequately realized in the case conditions of railroad wayside facilities are monitored based on measured data of instruments.SOLUTION: In a railroad wayside facility monitoring system 1, measuring terminals 30 installed in each railroad switch 50 send, to a central device 10, data measured by an instrument 32 which data are corresponded with a calibration completion date that is set and stored when the instrument 32 is calibrated and are handled as the measured data. The central device 10, based on the measured data received from the measuring terminals 30, carries out an inspection of the railroad switch 50 by a comparison of operation data about this one switching operation of the switch 50 with stored past operation data of the switch 50 that are regarded as reference data. An exchange time of the instrument 32 and/or the measuring terminals 30 is notified based on the completion date included in the measured data.SELECTED DRAWING: Figure 1
【課題】計測器の計測データに基づく鉄道沿線設備の状態監視を行うに当たり、校正に関する管理を的確に実現する技術を提供すること。【解決手段】鉄道沿線設備監視システム１では、転てつ機５０それぞれに設置した計測端末３０は、計測器３２による計測値と、当該計測器３２の校正時に設定・記憶された校正完了日とを対応付けて計測データとして、中央装置１０へ送信する。中央装置１０は、計測端末３０から受信した計測データに基づき、転てつ機５０の１回の転換動作に係る動作データを、記憶しておいた当該転てつ機５０の過去の動作データを参照データとして比較することで、当該転てつ機５０に関する検査を実施する。計測データに含まれる校正完了日に基づいて、計測器３２および／又は計測端末３０を交換する時期を報知する。【選択図】図１
RAILROAD WAYSIDE FACILITY MONITORING SYSTEM, INSTRUMENTATION TERMINAL AND CENTRAL DEVICE
鉄道沿線設備監視システム、計測端末及び中央装置
MURAKAMI YOICHI (author) / KITAJIMA TOSHIHISA (author)
2019-12-26
Patent
Electronic Resource
Japanese
Wayside water treatment on Lehigh valley railroad
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Optimal Locations of Railroad Wayside Defect Detection Installations
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Installation of Railroad Wayside Defect Detectors: Multiperiod Design
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