A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DUST REMOVER
PROBLEM TO BE SOLVED: To provide a dust remover capable of preventing dust removing work from stopping by reducing load when dust is transported.SOLUTION: A dust remover transports dust, which accumulates on a screen with a screen member 61 installed in a water storage part, to a site on the water. The dust remover has multiple dust transporting parts 2 installed between two or more water intake clearances. Multiple dust transporting parts 2 are circulating routes, which include a projection state to receive the dust by projecting toward upstream side of the screen member 61 and an exit state to release the dust by retreating toward the downstream side of the screen member 61. The route shifting from the projection state to the retreat state is disposed on upper side and the route shifting from the retreat state to the projection state is disposed on lower side of the circulating route. The dust remover circulates along the circulating route mainly in a width direction of the screen. At least one dust transporting part 2 circulates at different timing from at least other one dust transporting part 2.SELECTED DRAWING: Figure 2
【課題】塵芥を運搬する際の負荷を低減して、除塵作業が停止するのを防止することができる除塵機を提供することを課題とする。【解決手段】貯水部に設置されたスクリーン部材６１を備えるスクリーンに堆積した塵芥を水上へ運搬する除塵機であって、２つ以上の取水隙間に設置される複数の塵芥運搬部２を備え、複数の塵芥運搬部２は、スクリーン部材６１に対して上流側に突出して塵芥を受けた状態の突出状態と、スクリーン部材６１に対して下流側に退いて塵芥を手放した状態の退出状態とを含む周回経路であって、突出状態から退出状態へ切り替わる経路が上側で、退出状態から突出状態へ切り替わる経路が下側となる周回経路に沿ってスクリーンの幅方向を中心に周回するように構成され、少なくとも１つの塵芥運搬部２は、他の少なくとも１つの塵芥運搬部２とは異なるタイミングで周回する除塵機。【選択図】図２
DUST REMOVER
PROBLEM TO BE SOLVED: To provide a dust remover capable of preventing dust removing work from stopping by reducing load when dust is transported.SOLUTION: A dust remover transports dust, which accumulates on a screen with a screen member 61 installed in a water storage part, to a site on the water. The dust remover has multiple dust transporting parts 2 installed between two or more water intake clearances. Multiple dust transporting parts 2 are circulating routes, which include a projection state to receive the dust by projecting toward upstream side of the screen member 61 and an exit state to release the dust by retreating toward the downstream side of the screen member 61. The route shifting from the projection state to the retreat state is disposed on upper side and the route shifting from the retreat state to the projection state is disposed on lower side of the circulating route. The dust remover circulates along the circulating route mainly in a width direction of the screen. At least one dust transporting part 2 circulates at different timing from at least other one dust transporting part 2.SELECTED DRAWING: Figure 2
【課題】塵芥を運搬する際の負荷を低減して、除塵作業が停止するのを防止することができる除塵機を提供することを課題とする。【解決手段】貯水部に設置されたスクリーン部材６１を備えるスクリーンに堆積した塵芥を水上へ運搬する除塵機であって、２つ以上の取水隙間に設置される複数の塵芥運搬部２を備え、複数の塵芥運搬部２は、スクリーン部材６１に対して上流側に突出して塵芥を受けた状態の突出状態と、スクリーン部材６１に対して下流側に退いて塵芥を手放した状態の退出状態とを含む周回経路であって、突出状態から退出状態へ切り替わる経路が上側で、退出状態から突出状態へ切り替わる経路が下側となる周回経路に沿ってスクリーンの幅方向を中心に周回するように構成され、少なくとも１つの塵芥運搬部２は、他の少なくとも１つの塵芥運搬部２とは異なるタイミングで周回する除塵機。【選択図】図２
DUST REMOVER
除塵機
ITO MUNEHARU (author) / SASAO TERUHIKO (author) / NAKAGAWA KOICHI (author) / TANAKA ATSUSHI (author)
2018-02-08
Patent
Electronic Resource
Japanese