A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CATCH BASIN
PROBLEM TO BE SOLVED: To provide a catch basin that can switch a flow channel through an inspection port, which has less constraints on an angle between the center of an inflow port and the center of an outflow port, and which can increase a degree of freedom for piping on the upstream side and the downstream side.SOLUTION: A catch basin 10 comprises a catch basin body 11, a first invert member 31 having a groove 34A connecting an inflow port 20 and a first outflow port 21 of the catch basin body 11, and a second invert member 32 having the groove connecting the inflow port 20 and a second outflow port. The first angle formed by a center 20c of the inflow port 20 and a center 21c of the first outflow port 21 is different from a second angle formed by the center 20c of the inflow port 20 and a center 22c of the second outflow port 22 in plan view. A cover 13 has a hook 40 which supports the invert member 32 of the first inverted member 31 or the second invert member 32 that is not attached to the catch basin body 11.SELECTED DRAWING: Figure 2
【課題】点検口を通じて流路の切替を行うことができ、流入口の中心と流出口の中心とのなす角の制約が少なく、上流側および下流側における配管の自由度を高めることができる排水ますを提供する。【解決手段】排水ます１０は、ます本体１１と、ます本体１１の流入口２０と第１流出口２１とをつなぐ溝３４Ａを有する第１インバート部材３１と、流入口２０と第２流出口とをつなぐ溝を有する第２インバート部材３２とを備える。平面視において、流入口２０の中心２０ｃと第１流出口２１の中心２１ｃとがなす角である第１角度と、流入口２０の中心２０ｃと第２流出口２２の中心２２ｃとがなす角である第２角度とは異なっている。蓋１３に、第１インバート部材３１および第２インバート部材３２のうち、ます本体１１に装着されていない方のインバート部材３２を支持するフック４０が設けられている。【選択図】図２
CATCH BASIN
PROBLEM TO BE SOLVED: To provide a catch basin that can switch a flow channel through an inspection port, which has less constraints on an angle between the center of an inflow port and the center of an outflow port, and which can increase a degree of freedom for piping on the upstream side and the downstream side.SOLUTION: A catch basin 10 comprises a catch basin body 11, a first invert member 31 having a groove 34A connecting an inflow port 20 and a first outflow port 21 of the catch basin body 11, and a second invert member 32 having the groove connecting the inflow port 20 and a second outflow port. The first angle formed by a center 20c of the inflow port 20 and a center 21c of the first outflow port 21 is different from a second angle formed by the center 20c of the inflow port 20 and a center 22c of the second outflow port 22 in plan view. A cover 13 has a hook 40 which supports the invert member 32 of the first inverted member 31 or the second invert member 32 that is not attached to the catch basin body 11.SELECTED DRAWING: Figure 2
【課題】点検口を通じて流路の切替を行うことができ、流入口の中心と流出口の中心とのなす角の制約が少なく、上流側および下流側における配管の自由度を高めることができる排水ますを提供する。【解決手段】排水ます１０は、ます本体１１と、ます本体１１の流入口２０と第１流出口２１とをつなぐ溝３４Ａを有する第１インバート部材３１と、流入口２０と第２流出口とをつなぐ溝を有する第２インバート部材３２とを備える。平面視において、流入口２０の中心２０ｃと第１流出口２１の中心２１ｃとがなす角である第１角度と、流入口２０の中心２０ｃと第２流出口２２の中心２２ｃとがなす角である第２角度とは異なっている。蓋１３に、第１インバート部材３１および第２インバート部材３２のうち、ます本体１１に装着されていない方のインバート部材３２を支持するフック４０が設けられている。【選択図】図２
CATCH BASIN
排水ます
HASEGAWA HIROICHI (author) / ARAKI HIROTO (author)
2018-06-07
Patent
Electronic Resource
Japanese
IPC:
E03F
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