A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DERRICKING GATE TYPE BREAKWATER
To effectively use the vibration energy of a door body caused by waves.SOLUTION: A derricking gate type breakwater 1 is provided in the sea, and comprises a door body 10 which is rotated about a pivot shaft 11 on a base end side and stands up from a lying state. A front end side of the door body 10 is provided so as to be swayed by waves when lying down. The derricking gate type breakwater 1 comprises an engagement member that is engaged with the door body 10 in the lying state and moves following the swaying motion of the door body 10, and a power generation unit 60 that generates power by moving the engagement member.SELECTED DRAWING: Figure 2
【課題】波浪によって生じる扉体の動揺エネルギーを有効活用すること。【解決手段】起伏ゲート式防波堤１は、海中に設けられ、倒伏状態から基端側の回動軸１１を中心として回動し起立する扉体１０を備えている。扉体１０は、倒伏時に先端側が波浪によって動揺可能に設けられている。そして、起伏ゲート式防波堤１は、倒伏状態の扉体１０に係合され、扉体１０の動揺動作に追従して移動する係合部材と、係合部材の移動動作によって動力を発生させる動力発生部６０とを備える。【選択図】図２
DERRICKING GATE TYPE BREAKWATER
To effectively use the vibration energy of a door body caused by waves.SOLUTION: A derricking gate type breakwater 1 is provided in the sea, and comprises a door body 10 which is rotated about a pivot shaft 11 on a base end side and stands up from a lying state. A front end side of the door body 10 is provided so as to be swayed by waves when lying down. The derricking gate type breakwater 1 comprises an engagement member that is engaged with the door body 10 in the lying state and moves following the swaying motion of the door body 10, and a power generation unit 60 that generates power by moving the engagement member.SELECTED DRAWING: Figure 2
【課題】波浪によって生じる扉体の動揺エネルギーを有効活用すること。【解決手段】起伏ゲート式防波堤１は、海中に設けられ、倒伏状態から基端側の回動軸１１を中心として回動し起立する扉体１０を備えている。扉体１０は、倒伏時に先端側が波浪によって動揺可能に設けられている。そして、起伏ゲート式防波堤１は、倒伏状態の扉体１０に係合され、扉体１０の動揺動作に追従して移動する係合部材と、係合部材の移動動作によって動力を発生させる動力発生部６０とを備える。【選択図】図２
DERRICKING GATE TYPE BREAKWATER
起伏ゲート式防波堤
MORI TOSHIAKI (author) / NAKAHO KYOICHI (author) / MIYAMOTO KUNIE (author)
2020-05-07
Patent
Electronic Resource
Japanese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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