Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
PROBLEM TO BE SOLVED: To provide a rainwater storage device that takes in rainwater flowing through a rain gutter of a building and stores the rainwater in a storage tank via a water channel, with which a flow channel is switched between the rain gutter and a water channel to send rainwater smoothly via a water supply channel connecting a plurality of storage tanks, enabling rainwater stored in the storage tanks to be taken out easily and providing means for measuring the water level easily.SOLUTION: A rainwater storage device 1 comprises a water intake mechanism 2, storage tanks 3, water channels 4, water supply channels 5, a siphon mechanism 6 and a water level indicating member 7. The water intake mechanism 2 comprises a switching blade 21, a water separator 22, a balancing member 23, a weight vessel 24, water channels 25 from the weight vessel and opening/closing strings 26. The switching blade 21, the balancing component 23 and the weight vessel 24 are interconnected by the opening/closing strings 26, while the water separator 22, the storage tanks 3 and the weight vessel 24 are interconnected by the water channels 25 from the weight vessel.
【課題】 建物の雨樋内を流れる雨水を取水して導水路を介して貯留タンク内に貯留する雨水貯留装置に関し、該雨樋と該導水路との流路の切替えを行い、複数の該貯留タンクを相互に連結する送水路による雨水の流通を円滑に行い、該貯留タンク内に貯留されている雨水を簡便に取り出すとともに、その水位を簡便に計測する手段を備えた雨水貯留装置を提供する。【解決手段】 雨水貯留装置１は、取水機構２と、貯留タンク３と、導水路４と、送水路５と、サイフォン機構６と、水位表示部材７とからなる。取水機構２は、切替え羽２１と、分水器２２と、バランス部材２３と、錘容器２４と、錘水路２５と、開閉糸２６とからなる。切替え羽２１とバランス部材２３及び錘容器２４とはそれぞれ開閉糸２６によって連結されており、分水器２２及び貯留タンク３と錘容器２４とは錘水路２５によって連結されている。【選択図】 図１
PROBLEM TO BE SOLVED: To provide a rainwater storage device that takes in rainwater flowing through a rain gutter of a building and stores the rainwater in a storage tank via a water channel, with which a flow channel is switched between the rain gutter and a water channel to send rainwater smoothly via a water supply channel connecting a plurality of storage tanks, enabling rainwater stored in the storage tanks to be taken out easily and providing means for measuring the water level easily.SOLUTION: A rainwater storage device 1 comprises a water intake mechanism 2, storage tanks 3, water channels 4, water supply channels 5, a siphon mechanism 6 and a water level indicating member 7. The water intake mechanism 2 comprises a switching blade 21, a water separator 22, a balancing member 23, a weight vessel 24, water channels 25 from the weight vessel and opening/closing strings 26. The switching blade 21, the balancing component 23 and the weight vessel 24 are interconnected by the opening/closing strings 26, while the water separator 22, the storage tanks 3 and the weight vessel 24 are interconnected by the water channels 25 from the weight vessel.
【課題】 建物の雨樋内を流れる雨水を取水して導水路を介して貯留タンク内に貯留する雨水貯留装置に関し、該雨樋と該導水路との流路の切替えを行い、複数の該貯留タンクを相互に連結する送水路による雨水の流通を円滑に行い、該貯留タンク内に貯留されている雨水を簡便に取り出すとともに、その水位を簡便に計測する手段を備えた雨水貯留装置を提供する。【解決手段】 雨水貯留装置１は、取水機構２と、貯留タンク３と、導水路４と、送水路５と、サイフォン機構６と、水位表示部材７とからなる。取水機構２は、切替え羽２１と、分水器２２と、バランス部材２３と、錘容器２４と、錘水路２５と、開閉糸２６とからなる。切替え羽２１とバランス部材２３及び錘容器２４とはそれぞれ開閉糸２６によって連結されており、分水器２２及び貯留タンク３と錘容器２４とは錘水路２５によって連結されている。【選択図】 図１
RAINWATER STORAGE DEVICE
雨水貯留装置
YOKOYAMA SUMIAKI (Autor:in)
24.08.2015
Patent
Elektronische Ressource
Japanisch
IPC:
E03B
Anlagen oder Verfahren zum Gewinnen, Sammeln oder Verteilen von Wasser
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