A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
EQUIPMENT CONTROL DEVICE, EQUIPMENT CONTROL METHOD AND PROGRAM
To provide an equipment control device etc. capable of further suppressing the deterioration of the continuity of operation of intake gates of tributaries etc. during disasters.SOLUTION: An equipment control device 10A according to one embodiment of the present disclosure includes: a water level acquisition unit 1011 that acquires the transition of water level measurement values which are values obtained by measuring the water level of a water flow; a water level prediction unit 1012 that predicts the transition of the water level measurement values up to a time after predetermined time from the actual measurement transition which is the transition in the acquired water level measurement values; a pattern selection unit 1013 that selects, from water level change patterns which are transitions in water level measurement values acquired in the past, a water level change pattern that is most similar to a combination of the actual measurement transition and a predicted transition which is the predicted transition in the water level measurement values; a gate control determination unit 1014 that determines control of a gate installed in the water flow using a record of control of the gate that was performed when the selected water level change pattern was acquired; and a gate control unit 1015 that controls the gate in accordance with the determined control.SELECTED DRAWING: Figure 1
【課題】 災害時の支川等の取水門の運用の継続性の低下をさらに抑制することができる設備制御装置等を提供する【解決手段】 本開示の一態様に係る設備制御装置１０Ａは、水流の水位を計測した値である水位計測値の推移を取得する水位取得部１０１１と、取得された前記水位計測値の推移である実測推移から、所定時間後までの水位計測値の推移を予測する水位予測部１０１２と、過去に取得された水位計測値の推移である水位変化パターンから、前記実測推移と予測された前記水位計測値の推移である予測推移との組み合わせに最も類似する前記水位変化パターンを選択するパターン選択部１０１３と、選択された前記水位変化パターンが取得された際に行われた、前記水流に設置されたゲートの制御の記録を使用して、前記ゲートの制御を決定するゲート制御決定部１０１４と、決定された前記制御に従って、前記ゲートを制御するゲート制御部１０１５と、を備える。【選択図】 図１
EQUIPMENT CONTROL DEVICE, EQUIPMENT CONTROL METHOD AND PROGRAM
To provide an equipment control device etc. capable of further suppressing the deterioration of the continuity of operation of intake gates of tributaries etc. during disasters.SOLUTION: An equipment control device 10A according to one embodiment of the present disclosure includes: a water level acquisition unit 1011 that acquires the transition of water level measurement values which are values obtained by measuring the water level of a water flow; a water level prediction unit 1012 that predicts the transition of the water level measurement values up to a time after predetermined time from the actual measurement transition which is the transition in the acquired water level measurement values; a pattern selection unit 1013 that selects, from water level change patterns which are transitions in water level measurement values acquired in the past, a water level change pattern that is most similar to a combination of the actual measurement transition and a predicted transition which is the predicted transition in the water level measurement values; a gate control determination unit 1014 that determines control of a gate installed in the water flow using a record of control of the gate that was performed when the selected water level change pattern was acquired; and a gate control unit 1015 that controls the gate in accordance with the determined control.SELECTED DRAWING: Figure 1
【課題】 災害時の支川等の取水門の運用の継続性の低下をさらに抑制することができる設備制御装置等を提供する【解決手段】 本開示の一態様に係る設備制御装置１０Ａは、水流の水位を計測した値である水位計測値の推移を取得する水位取得部１０１１と、取得された前記水位計測値の推移である実測推移から、所定時間後までの水位計測値の推移を予測する水位予測部１０１２と、過去に取得された水位計測値の推移である水位変化パターンから、前記実測推移と予測された前記水位計測値の推移である予測推移との組み合わせに最も類似する前記水位変化パターンを選択するパターン選択部１０１３と、選択された前記水位変化パターンが取得された際に行われた、前記水流に設置されたゲートの制御の記録を使用して、前記ゲートの制御を決定するゲート制御決定部１０１４と、決定された前記制御に従って、前記ゲートを制御するゲート制御部１０１５と、を備える。【選択図】 図１
EQUIPMENT CONTROL DEVICE, EQUIPMENT CONTROL METHOD AND PROGRAM
設備制御装置、設備制御方法及びプログラム
TSUCHIDA MANA (author) / DOGIN MASAKI (author) / SUGIMOTO KAZUHIRO (author)
2024-10-10
Patent
Electronic Resource
Japanese
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