A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SUCTION FLOATING TOOL AND FLOATING MATTER RECOVERY SYSTEM EQUIPPED WITH SAME
PROBLEM TO BE SOLVED: To provide a floating matter recovery system which can maintain a further stable attitude in a state that a hose is connected thereto.SOLUTION: A floating matter recovery system is equipped with: a suction floating tool 60 that has a suction body part 23 in which a suction port 25a is formed and a first float body 61 and second float body 62, which are so disposed as to sandwich the suction body part 23 and are coupled to the body part 23, and that sucks a matter floating on a liquid surface part from a suction port 25a in a state that the suction body part 23 is maintained in a liquid by buoyant forces of the first float body 61 and second float body 62; and a hose 12 which is connected to the suction body part 23, is so disposed as to extend to the first float body 61 side and applies a suction force to the suction port 25a. In an arrangement direction of the first float body 61 and second float body 62, an edge side of the suction port 25a are formed so that the edge part is so inclined as to be elevated from the second float body 62 side to the first float body 61 side.
【課題】 ホースが連結された状態でより安定した姿勢を維持することのできる浮遊物回収装置を提供することである。【解決手段】 吸込み口２５ａの形成された吸込み本体部２３と、これを挟むように配置され、吸込み本体部２３に結合された第１フロート体６１及び第２フロート体６２を有し、第１フロート体６１及び第２フロート体６２の浮力によって液中に吸込み本体部２３が維持された状態で吸込み口２５ａから液面部分に浮遊する物を吸い込むようにした吸込み浮き具６０と、吸い込み本体部２５ａに連結され、第１フロート体６１側に延びるように設置され、吸込み口２５ａに吸引力を作用させるホース１２とを備え、第１フロート体６１及び第２フロート体６２の配列方向において、吸込み口２５ａの縁辺は第２フロート体６２側から第１フロート体６１側に向けて上がるように傾斜するように形成されている。【選択図】 図６
SUCTION FLOATING TOOL AND FLOATING MATTER RECOVERY SYSTEM EQUIPPED WITH SAME
PROBLEM TO BE SOLVED: To provide a floating matter recovery system which can maintain a further stable attitude in a state that a hose is connected thereto.SOLUTION: A floating matter recovery system is equipped with: a suction floating tool 60 that has a suction body part 23 in which a suction port 25a is formed and a first float body 61 and second float body 62, which are so disposed as to sandwich the suction body part 23 and are coupled to the body part 23, and that sucks a matter floating on a liquid surface part from a suction port 25a in a state that the suction body part 23 is maintained in a liquid by buoyant forces of the first float body 61 and second float body 62; and a hose 12 which is connected to the suction body part 23, is so disposed as to extend to the first float body 61 side and applies a suction force to the suction port 25a. In an arrangement direction of the first float body 61 and second float body 62, an edge side of the suction port 25a are formed so that the edge part is so inclined as to be elevated from the second float body 62 side to the first float body 61 side.
【課題】 ホースが連結された状態でより安定した姿勢を維持することのできる浮遊物回収装置を提供することである。【解決手段】 吸込み口２５ａの形成された吸込み本体部２３と、これを挟むように配置され、吸込み本体部２３に結合された第１フロート体６１及び第２フロート体６２を有し、第１フロート体６１及び第２フロート体６２の浮力によって液中に吸込み本体部２３が維持された状態で吸込み口２５ａから液面部分に浮遊する物を吸い込むようにした吸込み浮き具６０と、吸い込み本体部２５ａに連結され、第１フロート体６１側に延びるように設置され、吸込み口２５ａに吸引力を作用させるホース１２とを備え、第１フロート体６１及び第２フロート体６２の配列方向において、吸込み口２５ａの縁辺は第２フロート体６２側から第１フロート体６１側に向けて上がるように傾斜するように形成されている。【選択図】 図６
SUCTION FLOATING TOOL AND FLOATING MATTER RECOVERY SYSTEM EQUIPPED WITH SAME
吸込み浮き具及びそれを備えた浮遊物回収装置
SAKASHITA KENJI (author) / TAKAHARA RYUHEI (author)
2015-11-26
Patent
Electronic Resource
Japanese
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