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A platform for research: civil engineering, architecture and urbanism
BIOLOGICAL INFLOW CONTROL DEVICE, BIOLOGICAL INFLOW CONTROL SYSTEM, AND BIOLOGICAL INFLOW CONTROL METHOD
To provide a biological inflow control device, a biological inflow control system, and a biological inflow control method capable of suppressing the inflow of organisms into an intake channel.SOLUTION: A biological inflow control device 10 comprises multiple attached ropes 11 located upstream of an intake of an intake channel and suspended toward the seabed, and a suspended rope 12 that extends horizontally and is connected to an upper end of the attached rope 11 and suspends the attached rope 11 toward the seabed. Further, the biological inflow control device 10 may comprise a float 14 attached to the suspended rope 12 and applying buoyancy to the suspended rope 12, and a pair of mooring means 15 connected to both ends of the suspended rope 12 and mooring the suspended rope 12 to the seabed.SELECTED DRAWING: Figure 2
【課題】取水路への生物の流入を抑制することが可能な生物流入抑制装置、生物流入抑制システム及び生物流入抑制方法を提供する。【解決手段】生物流入抑制装置１０は、取水路の取水口の上流側に配置され、海底に向かって吊り下げられる複数の付着ロープ１１と、水平方向に延び、付着ロープ１１の上端部が接続され、付着ロープ１１を海底に向かって吊り下げる吊り下げロープ１２と、を備える。生物流入抑制装置１０は、吊り下げロープ１２に取り付けられ、吊り下げロープ１２に対して浮力を加える浮子１４と、吊り下げロープ１２の両端部に接続され、吊り下げロープ１２を海底に対して係留させる一対の係留手段１５と、をさらに備えてもよい。【選択図】図２
BIOLOGICAL INFLOW CONTROL DEVICE, BIOLOGICAL INFLOW CONTROL SYSTEM, AND BIOLOGICAL INFLOW CONTROL METHOD
To provide a biological inflow control device, a biological inflow control system, and a biological inflow control method capable of suppressing the inflow of organisms into an intake channel.SOLUTION: A biological inflow control device 10 comprises multiple attached ropes 11 located upstream of an intake of an intake channel and suspended toward the seabed, and a suspended rope 12 that extends horizontally and is connected to an upper end of the attached rope 11 and suspends the attached rope 11 toward the seabed. Further, the biological inflow control device 10 may comprise a float 14 attached to the suspended rope 12 and applying buoyancy to the suspended rope 12, and a pair of mooring means 15 connected to both ends of the suspended rope 12 and mooring the suspended rope 12 to the seabed.SELECTED DRAWING: Figure 2
【課題】取水路への生物の流入を抑制することが可能な生物流入抑制装置、生物流入抑制システム及び生物流入抑制方法を提供する。【解決手段】生物流入抑制装置１０は、取水路の取水口の上流側に配置され、海底に向かって吊り下げられる複数の付着ロープ１１と、水平方向に延び、付着ロープ１１の上端部が接続され、付着ロープ１１を海底に向かって吊り下げる吊り下げロープ１２と、を備える。生物流入抑制装置１０は、吊り下げロープ１２に取り付けられ、吊り下げロープ１２に対して浮力を加える浮子１４と、吊り下げロープ１２の両端部に接続され、吊り下げロープ１２を海底に対して係留させる一対の係留手段１５と、をさらに備えてもよい。【選択図】図２
BIOLOGICAL INFLOW CONTROL DEVICE, BIOLOGICAL INFLOW CONTROL SYSTEM, AND BIOLOGICAL INFLOW CONTROL METHOD
生物流入抑制装置、生物流入抑制システム及び生物流入抑制方法
TSUNO MASATOSHI (author) / SHIMOMURA KAZUHITO (author) / HYUGA ITARU (author) / ONO HIROAKI (author)
2022-06-20
Patent
Electronic Resource
Japanese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
INFLOW PREDICTION DEVICE, INFLOW PREDICTION METHOD, AND INFLOW PREDICTION PROGRAM
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