A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a wave extinguish device capable of achieving improvement in recycle ability and reducing deterioration.SOLUTION: A floating wave extinguish device 1 is formed by coupling a plurality of wave extinguish main bodies 10 each having a buoyancy body 11 by coupling parts 30, and comprises; the wave extinguish main bodies 10; a guard rail part 20; the coupling parts 30; and a mooring part 40. The wave extinguish main bodies 10 and the coupling parts 30 are formed of an FRP material, the wave extinguish main bodies 10 employ means for forming them into an integrated box shape which is open in a bottom direction and includes the buoyancy bodies 11. As a structure of a guard rail fitting part on the guard rail part 20, and a coupling structure of the wave extinguish main bodies 10 and the mooring part 40, a CFRP plate spring structure may be employed.SELECTED DRAWING: Figure 1
【課題】劣化の軽減及びリサイクル性の向上を実現し得る消波装置を提供する。【解決手段】浮力体１１を有する複数の消波本体１０を連結部３０で連結してなる浮遊型の消波装置１であって、消波本体１０と、ガードレール部２０と、連結部３０と、係留部４０と、から成り、該消波本体１０と該連結部３０とは、ＦＲＰ素材で構成され、該消波本体１０は、底方向に開口し内部に浮力体１１を備えた一体箱型に構成する手段を採用する。ガードレール部２０におけるガードレール取付部の構造、また、消波本体１０と係留部４０との接続構造として、ＣＦＲＰ製の板ばね構造を採用し得る。【選択図】図１
To provide a wave extinguish device capable of achieving improvement in recycle ability and reducing deterioration.SOLUTION: A floating wave extinguish device 1 is formed by coupling a plurality of wave extinguish main bodies 10 each having a buoyancy body 11 by coupling parts 30, and comprises; the wave extinguish main bodies 10; a guard rail part 20; the coupling parts 30; and a mooring part 40. The wave extinguish main bodies 10 and the coupling parts 30 are formed of an FRP material, the wave extinguish main bodies 10 employ means for forming them into an integrated box shape which is open in a bottom direction and includes the buoyancy bodies 11. As a structure of a guard rail fitting part on the guard rail part 20, and a coupling structure of the wave extinguish main bodies 10 and the mooring part 40, a CFRP plate spring structure may be employed.SELECTED DRAWING: Figure 1
【課題】劣化の軽減及びリサイクル性の向上を実現し得る消波装置を提供する。【解決手段】浮力体１１を有する複数の消波本体１０を連結部３０で連結してなる浮遊型の消波装置１であって、消波本体１０と、ガードレール部２０と、連結部３０と、係留部４０と、から成り、該消波本体１０と該連結部３０とは、ＦＲＰ素材で構成され、該消波本体１０は、底方向に開口し内部に浮力体１１を備えた一体箱型に構成する手段を採用する。ガードレール部２０におけるガードレール取付部の構造、また、消波本体１０と係留部４０との接続構造として、ＣＦＲＰ製の板ばね構造を採用し得る。【選択図】図１
WAVE EXTINGUISH DEVICE
消波装置
HAMAMURA SHOTARO (author)
2023-01-18
Patent
Electronic Resource
Japanese
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