Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
CONNECTION STRUCTURE OF DRAINAGE CHANNEL AND CONNECTION METHOD OF DRAINAGE CHANNEL
To provide a connection structure of a drainage channel, which can use a catch basin etc. that matches a size of the drainage channel when laying the drainage channel with a catchment basin etc. at a bending position of the drainage channel, and can greatly reduce installation costs of the drainage channel by facilitating a shape treatment of a tip connection part of the drainage channel.SOLUTION: A drainage channel 100 comprises: an upstream box culvert 40 that orthogonally connects an upstream drainage channel 10 through the upstream drainage channel 10 and an upstream perforated plate 30; and a downstream box culvert 70 that orthogonally connects a downstream drainage channel 20 through the downstream drainage channel 20 and a downstream perforated plate 60. A downstream end part 44 of the upstream box culvert 40 and an upstream end part 74 of the downstream box culvert 70 are each formed on a slash cut surface, and the upstream drainage channel 10 and the downstream drainage channel 20 are connected in a bent state by bringing the downstream end part 44 of the upstream box culvert 40 into contact with the upstream end part 74 of the downstream box culvert 70 to connect them.SELECTED DRAWING: Figure 1
【課題】集水桝等を排水路の曲折位置にして排水路を敷設する際に、排水路のサイズに見合った集水桝等を用いることができ、排水路の先端連結部の形状処理を容易にすることで、排水路の敷設コストを大幅に低減可能な排水路の連結構造を提供する。【解決手段】上流側排水路１０と上流側有孔板３０を介し上流側排水路１０が直交連結される上流側ボックスカルバート４０と、下流側排水路２０と下流側有孔板６０を介し下流側排水路２０が直交連結される下流側ボックスカルバート７０とを備え、上流側ボックスカルバート４０の下流側端部４４と下流側ボックスカルバート７０の上流側端部７４が夫々スラッシュカット面に形成され、上流側ボックスカルバート４０の下流側端部４４と下流側ボックスカルバート７０の上流側端部７４を当接させて連結することで上流側排水路１０と下流側排水路２０が曲折状態で連結される排水路１００。【選択図】図１
CONNECTION STRUCTURE OF DRAINAGE CHANNEL AND CONNECTION METHOD OF DRAINAGE CHANNEL
To provide a connection structure of a drainage channel, which can use a catch basin etc. that matches a size of the drainage channel when laying the drainage channel with a catchment basin etc. at a bending position of the drainage channel, and can greatly reduce installation costs of the drainage channel by facilitating a shape treatment of a tip connection part of the drainage channel.SOLUTION: A drainage channel 100 comprises: an upstream box culvert 40 that orthogonally connects an upstream drainage channel 10 through the upstream drainage channel 10 and an upstream perforated plate 30; and a downstream box culvert 70 that orthogonally connects a downstream drainage channel 20 through the downstream drainage channel 20 and a downstream perforated plate 60. A downstream end part 44 of the upstream box culvert 40 and an upstream end part 74 of the downstream box culvert 70 are each formed on a slash cut surface, and the upstream drainage channel 10 and the downstream drainage channel 20 are connected in a bent state by bringing the downstream end part 44 of the upstream box culvert 40 into contact with the upstream end part 74 of the downstream box culvert 70 to connect them.SELECTED DRAWING: Figure 1
【課題】集水桝等を排水路の曲折位置にして排水路を敷設する際に、排水路のサイズに見合った集水桝等を用いることができ、排水路の先端連結部の形状処理を容易にすることで、排水路の敷設コストを大幅に低減可能な排水路の連結構造を提供する。【解決手段】上流側排水路１０と上流側有孔板３０を介し上流側排水路１０が直交連結される上流側ボックスカルバート４０と、下流側排水路２０と下流側有孔板６０を介し下流側排水路２０が直交連結される下流側ボックスカルバート７０とを備え、上流側ボックスカルバート４０の下流側端部４４と下流側ボックスカルバート７０の上流側端部７４が夫々スラッシュカット面に形成され、上流側ボックスカルバート４０の下流側端部４４と下流側ボックスカルバート７０の上流側端部７４を当接させて連結することで上流側排水路１０と下流側排水路２０が曲折状態で連結される排水路１００。【選択図】図１
CONNECTION STRUCTURE OF DRAINAGE CHANNEL AND CONNECTION METHOD OF DRAINAGE CHANNEL
排水路の連結構造と排水路の連結方法
MIYAZAKI JUNICHI (Autor:in)
05.03.2020
Patent
Elektronische Ressource
Japanisch
IPC:
E03F
SEWERS
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