Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
STORAGE-PURIFICATION SYSTEM
PROBLEM TO BE SOLVED: To provide a storage-purification system capable of storing and purifying water in a front stage where the water reaches a catchment basin, and capable of easily removing pollution of entering the inside of a permeation storage tank.SOLUTION: A storage-purification system 1 comprises a permeation storage tank 2 for storing and purifying water sent to a catchment basin in a front stage where the water reaches the catchment basin, and the permeation storage tank 2 comprises a mesh pipe 10 arranged in a bottom part of the permeation storage tank 2, that is, the mesh pipe 10 for sending the water permeated to the inside of the permeation storage tank 2 up to the outside of the permeation storage tank 2 by conveying the water in the pipe via a water conveyance hole provided in the mesh pipe 10, a lower layer 40 constituted by including particles of a larger diameter than a water-conveyance hole diameter, an intermediate layer 50 constituted by including purification soil capable of purifying the water and an upper layer 60 constituted by including particles of a larger diameter than particles of the intermediate layer 50.SELECTED DRAWING: Figure 2
【課題】水が集水枡に至る前段階において水の貯留及び浄化を行うことができると共に、浸透貯留槽の内部に入り込んだ汚濁を容易に除去可能となる貯留浄化システムを提供すること。【解決手段】貯留浄化システム１は、集水枡へと送水される水を、当該水が集水枡に至る前段階において貯留して浄化する浸透貯留槽２を備え、浸透貯留槽２は、浸透貯留槽２の底部に配設されたメッシュ管１０であって、浸透貯留槽２の内部に浸透した水を、当該メッシュ管１０に設けられた導水孔を介して管内に導水して浸透貯留槽２の外部まで送水するメッシュ管１０と、導水孔径よりも大きい径の粒子を含んで構成された下部層４０と、水を浄化可能な浄化土壌を含んで構成された中間層５０と、中間層５０の粒子よりも大きい径の粒子を含んで構成された上部層６０と、を有する。【選択図】図２
STORAGE-PURIFICATION SYSTEM
PROBLEM TO BE SOLVED: To provide a storage-purification system capable of storing and purifying water in a front stage where the water reaches a catchment basin, and capable of easily removing pollution of entering the inside of a permeation storage tank.SOLUTION: A storage-purification system 1 comprises a permeation storage tank 2 for storing and purifying water sent to a catchment basin in a front stage where the water reaches the catchment basin, and the permeation storage tank 2 comprises a mesh pipe 10 arranged in a bottom part of the permeation storage tank 2, that is, the mesh pipe 10 for sending the water permeated to the inside of the permeation storage tank 2 up to the outside of the permeation storage tank 2 by conveying the water in the pipe via a water conveyance hole provided in the mesh pipe 10, a lower layer 40 constituted by including particles of a larger diameter than a water-conveyance hole diameter, an intermediate layer 50 constituted by including purification soil capable of purifying the water and an upper layer 60 constituted by including particles of a larger diameter than particles of the intermediate layer 50.SELECTED DRAWING: Figure 2
【課題】水が集水枡に至る前段階において水の貯留及び浄化を行うことができると共に、浸透貯留槽の内部に入り込んだ汚濁を容易に除去可能となる貯留浄化システムを提供すること。【解決手段】貯留浄化システム１は、集水枡へと送水される水を、当該水が集水枡に至る前段階において貯留して浄化する浸透貯留槽２を備え、浸透貯留槽２は、浸透貯留槽２の底部に配設されたメッシュ管１０であって、浸透貯留槽２の内部に浸透した水を、当該メッシュ管１０に設けられた導水孔を介して管内に導水して浸透貯留槽２の外部まで送水するメッシュ管１０と、導水孔径よりも大きい径の粒子を含んで構成された下部層４０と、水を浄化可能な浄化土壌を含んで構成された中間層５０と、中間層５０の粒子よりも大きい径の粒子を含んで構成された上部層６０と、を有する。【選択図】図２
STORAGE-PURIFICATION SYSTEM
貯留浄化システム
FURUKAWA YASUHIDE (Autor:in) / MIWA TAKASHI (Autor:in) / MINOMO YUJIRO (Autor:in) / SAKUMA MAMORU (Autor:in) / TSUCHIO TAKESHI (Autor:in) / IWAMOTO HIROSHI (Autor:in) / HASEGAWA AI (Autor:in) / OMURA KEISUKE (Autor:in) / TANABE KOTA (Autor:in)
01.06.2017
Patent
Elektronische Ressource
Japanisch
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