A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
EXCAVATION SUPPORT SYSTEM OF WATER BOTTOM GROUND
To provide an excavation support system of a water bottom ground that can support efficient excavation by grasping states of a ground and a water flow of a water bottom in a planned range of excavation.SOLUTION: An excavation support system 1 comprises: an underwater sonar 4 that emits sound waves to a ground surface 12 to grasp a state of a water bottom in a predetermined range; a GPS 5 that is a positioning system that can grasp a position of a heavy excavation machine 2 on water; a machine guidance function 6 that can grasp a position of an attachment 21 of the heavy excavation machine 2; a flow velocity measurement portion 7 that can grasp a flow velocity in a construction water area; a display portion 8 that can display various information; and a control portion 9 that performs information processing. The control portion 9 can display a water depth of a measurement range 13, the position of the attachment 21 of the heavy excavation machine 2, and the flow velocity and a flow direction 16, on the display portion 8.SELECTED DRAWING: Figure 1
【課題】掘削予定範囲の水底の地盤や水流の状態を把握して効率的な掘削を支援できる水底地盤の掘削支援システムを提供すること。【解決手段】掘削支援システム１は、地盤表面１２に音波を発して所定範囲の水底の状態を把握する水中ソナー４と、水上の掘削重機２の位置を把握可能な測位システムであるＧＰＳ５と、掘削重機２のアタッチメント２１の位置を把握可能なマシンガイダンス機能６と、施工水域における流速を把握可能な流速測定部７と、各種の情報を表示可能な表示部８と、情報処理を行う制御部９と、を具備する。制御部９は、表示部８に、測定範囲１３の水深と、掘削重機２のアタッチメント２１の位置と、流速及び流向１６を表示可能である。【選択図】図１
EXCAVATION SUPPORT SYSTEM OF WATER BOTTOM GROUND
To provide an excavation support system of a water bottom ground that can support efficient excavation by grasping states of a ground and a water flow of a water bottom in a planned range of excavation.SOLUTION: An excavation support system 1 comprises: an underwater sonar 4 that emits sound waves to a ground surface 12 to grasp a state of a water bottom in a predetermined range; a GPS 5 that is a positioning system that can grasp a position of a heavy excavation machine 2 on water; a machine guidance function 6 that can grasp a position of an attachment 21 of the heavy excavation machine 2; a flow velocity measurement portion 7 that can grasp a flow velocity in a construction water area; a display portion 8 that can display various information; and a control portion 9 that performs information processing. The control portion 9 can display a water depth of a measurement range 13, the position of the attachment 21 of the heavy excavation machine 2, and the flow velocity and a flow direction 16, on the display portion 8.SELECTED DRAWING: Figure 1
【課題】掘削予定範囲の水底の地盤や水流の状態を把握して効率的な掘削を支援できる水底地盤の掘削支援システムを提供すること。【解決手段】掘削支援システム１は、地盤表面１２に音波を発して所定範囲の水底の状態を把握する水中ソナー４と、水上の掘削重機２の位置を把握可能な測位システムであるＧＰＳ５と、掘削重機２のアタッチメント２１の位置を把握可能なマシンガイダンス機能６と、施工水域における流速を把握可能な流速測定部７と、各種の情報を表示可能な表示部８と、情報処理を行う制御部９と、を具備する。制御部９は、表示部８に、測定範囲１３の水深と、掘削重機２のアタッチメント２１の位置と、流速及び流向１６を表示可能である。【選択図】図１
EXCAVATION SUPPORT SYSTEM OF WATER BOTTOM GROUND
水底地盤の掘削支援システム
SEKIHARA SHINNOSUKE (author) / SHINKAI TAKAYUKI (author) / OGURA TSUYOSHI (author)
2023-10-16
Patent
Electronic Resource
Japanese
IPC:
E02F
Baggern
,
DREDGING
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