A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
OCEAN GARBAGE RECOVERY DEVICE, AND COMPOSITE OCEAN GARBAGE RECOVERY DEVICE
To provide an ocean garbage recovery device capable of automatically recovering garbage, suitable for use on ocean, and capable of being used without maintenance for a long time.SOLUTION: An ocean garbage recovery device 100 with a substantially circular shape in plan view is installed on ocean and recovers garbage G floating on sea surface. A circular base 1 is divided into a garbage storage portion 3 on an inner peripheral side and a garbage recovery portion 2 on an outer peripheral side. The garbage recovery portion 2 includes a blade 30 and arms 20. The garbage storage portion 3 includes: an inner peripheral float 50 through whose peripheral surface introduction ports 52 are formed to penetrate; and take-out ports 60 which are formed to penetrate through an upper face of the base 1. The blade 30 of the garbage recovery portion 2 receives ocean wind to rotate the whole base 1. The arm 20 scrapes the garbage G floating on the sea surface into an inside. The garbage G is introduced into the inside from the introduction ports 52 formed in the garbage storage portion 3. The garbage G can be taken out from the take-out ports 60.SELECTED DRAWING: Figure 1
【課題】自動的にゴミを回収することが可能で、洋上での使用に適し、且つ長期にわたってメンテナンス不要で使用できる洋上ゴミ回収装置を提供する。【解決手段】洋上ゴミ回収装置１００は、洋上に設置されて海面に浮遊するゴミＧを回収する平面視略円形の洋上ゴミ回収装置であって、円形の基盤１を内周側のゴミ貯留部３と外周側のゴミ回収部２に区分し、ゴミ回収部２は、羽根３０と、腕２０と、を有し、ゴミ貯留部３は、周面に導入口５２を貫通形成した内周浮き５０と、基盤１の上面に貫通形成された取出口６０と、を有し、ゴミ回収部２の羽根３０が洋上の風を受けることによって基盤１全体が回転し、腕２０によって海面に浮遊するゴミＧを内方へ掻き込み、ゴミ貯留部３に形成した導入口５２からゴミＧを内部へ導入し、取出口６０からゴミＧを取り出し可能とした。【選択図】図１
OCEAN GARBAGE RECOVERY DEVICE, AND COMPOSITE OCEAN GARBAGE RECOVERY DEVICE
To provide an ocean garbage recovery device capable of automatically recovering garbage, suitable for use on ocean, and capable of being used without maintenance for a long time.SOLUTION: An ocean garbage recovery device 100 with a substantially circular shape in plan view is installed on ocean and recovers garbage G floating on sea surface. A circular base 1 is divided into a garbage storage portion 3 on an inner peripheral side and a garbage recovery portion 2 on an outer peripheral side. The garbage recovery portion 2 includes a blade 30 and arms 20. The garbage storage portion 3 includes: an inner peripheral float 50 through whose peripheral surface introduction ports 52 are formed to penetrate; and take-out ports 60 which are formed to penetrate through an upper face of the base 1. The blade 30 of the garbage recovery portion 2 receives ocean wind to rotate the whole base 1. The arm 20 scrapes the garbage G floating on the sea surface into an inside. The garbage G is introduced into the inside from the introduction ports 52 formed in the garbage storage portion 3. The garbage G can be taken out from the take-out ports 60.SELECTED DRAWING: Figure 1
【課題】自動的にゴミを回収することが可能で、洋上での使用に適し、且つ長期にわたってメンテナンス不要で使用できる洋上ゴミ回収装置を提供する。【解決手段】洋上ゴミ回収装置１００は、洋上に設置されて海面に浮遊するゴミＧを回収する平面視略円形の洋上ゴミ回収装置であって、円形の基盤１を内周側のゴミ貯留部３と外周側のゴミ回収部２に区分し、ゴミ回収部２は、羽根３０と、腕２０と、を有し、ゴミ貯留部３は、周面に導入口５２を貫通形成した内周浮き５０と、基盤１の上面に貫通形成された取出口６０と、を有し、ゴミ回収部２の羽根３０が洋上の風を受けることによって基盤１全体が回転し、腕２０によって海面に浮遊するゴミＧを内方へ掻き込み、ゴミ貯留部３に形成した導入口５２からゴミＧを内部へ導入し、取出口６０からゴミＧを取り出し可能とした。【選択図】図１
OCEAN GARBAGE RECOVERY DEVICE, AND COMPOSITE OCEAN GARBAGE RECOVERY DEVICE
洋上ゴミ回収装置および複合洋上ゴミ回収装置
TEJIMA HIROMITSU (author) / TESHIMA MARI (author)
2020-07-02
Patent
Electronic Resource
Japanese