A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
APPARATUS AND METHOD FOR RECOVERING WATER ORGANISMS
To provide an apparatus for treating water organisms which suppresses an abrupt load applied to a dust collector and can continue stable operation when a large amount of dust temporarily flows in an intake channel.SOLUTION: An apparatus 10 for treating water organisms includes: a screen part 22 which inclines at a predetermined angle relative to a water flow direction and collects dust; collection means 20 having a float 30 which is attached to the screen part 22 and gives a floating force; collection means 40 having a suction part 42 which is connected to the screen part 22 through a hose from the ground and sucks the dust from the upper part of a collection surface and a collection part 50 which conducts water separation of the dust sucked in the suction part 42 and collects the dust; and a cable body 60 which is connected to the collection means 20 from the ground and floats the collection means 20 with a predetermined depth of a water channel 12.SELECTED DRAWING: Figure 1
【課題】一時的に大量の塵芥が取水路に流入したときに、除塵装置にかかる急激な負荷を抑えて安定した運転を継続できる水生物処理装置を提供する【解決手段】本発明の水生物回収装置１０は、水流方向に対して所定角度に傾斜して塵芥を捕集するスクリーン部２２と、前記スクリーン部２２に取り付けて浮力を与えるフロート３０を有する捕集手段２０と、地上からホースを介して前記スクリーン部２２と接続して捕集面の上部から前記塵芥を吸引する吸引部４２と、前記吸引部４２で吸引した前記塵芥を水分離して回収する回収部５０と、を有する回収手段４０と、前記地上から前記捕集手段２０に接続して、前記捕集手段２０を水路１２の所定深さに浮遊させる索条体６０と、を備えたことを特徴としている。【選択図】図１
APPARATUS AND METHOD FOR RECOVERING WATER ORGANISMS
To provide an apparatus for treating water organisms which suppresses an abrupt load applied to a dust collector and can continue stable operation when a large amount of dust temporarily flows in an intake channel.SOLUTION: An apparatus 10 for treating water organisms includes: a screen part 22 which inclines at a predetermined angle relative to a water flow direction and collects dust; collection means 20 having a float 30 which is attached to the screen part 22 and gives a floating force; collection means 40 having a suction part 42 which is connected to the screen part 22 through a hose from the ground and sucks the dust from the upper part of a collection surface and a collection part 50 which conducts water separation of the dust sucked in the suction part 42 and collects the dust; and a cable body 60 which is connected to the collection means 20 from the ground and floats the collection means 20 with a predetermined depth of a water channel 12.SELECTED DRAWING: Figure 1
【課題】一時的に大量の塵芥が取水路に流入したときに、除塵装置にかかる急激な負荷を抑えて安定した運転を継続できる水生物処理装置を提供する【解決手段】本発明の水生物回収装置１０は、水流方向に対して所定角度に傾斜して塵芥を捕集するスクリーン部２２と、前記スクリーン部２２に取り付けて浮力を与えるフロート３０を有する捕集手段２０と、地上からホースを介して前記スクリーン部２２と接続して捕集面の上部から前記塵芥を吸引する吸引部４２と、前記吸引部４２で吸引した前記塵芥を水分離して回収する回収部５０と、を有する回収手段４０と、前記地上から前記捕集手段２０に接続して、前記捕集手段２０を水路１２の所定深さに浮遊させる索条体６０と、を備えたことを特徴としている。【選択図】図１
APPARATUS AND METHOD FOR RECOVERING WATER ORGANISMS
水生物回収装置及び水生物回収方法
OKADA MAKOTO (author) / MATSUNAGA TAKAMASA (author)
2019-08-08
Patent
Electronic Resource
Japanese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
| European Patent Office | 2018
| European Patent Office | 2017