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A platform for research: civil engineering, architecture and urbanism
To provide a rectification structure which can be easily installed and can efficiently suppress overflow, in a merge part of a flow channel.SOLUTION: A rectification structure 1 is provided in a merge part 2 where a second flow channel 12 merges with a first flow channel 11, wherein a merging angle A of the second flow channel 12 with respect to the first flow channel 11 is 82 to 90 degrees, and a rectification plate 20 is arranged along a plane equally dividing the merging angle A into two. A height dimension of the rectification plate 20 is equal to a depth dimension of the second flow channel 12, and an overhang dimension of the rectification plate 20 is equal to a width dimension of the second flow channel 12.SELECTED DRAWING: Figure 3
【課題】流路の合流部において、容易に設置でき、且つ効率的に溢流を抑制できる整流構造を提供する。【解決手段】第一流路１１に対して第二流路１２が合流する合流部２に設けられる整流構造１であって、第二流路１２の第一流路１１に対する合流角度Ａは、８２～９０度であり、合流角度Ａを二等分する平面に沿って整流板２０が配置されている。整流板２０の高さ寸法は、第二流路１２の深さ寸法と同等であり、整流板２０の張出寸法は、第二流路１２の幅寸法と同等である。【選択図】図３
To provide a rectification structure which can be easily installed and can efficiently suppress overflow, in a merge part of a flow channel.SOLUTION: A rectification structure 1 is provided in a merge part 2 where a second flow channel 12 merges with a first flow channel 11, wherein a merging angle A of the second flow channel 12 with respect to the first flow channel 11 is 82 to 90 degrees, and a rectification plate 20 is arranged along a plane equally dividing the merging angle A into two. A height dimension of the rectification plate 20 is equal to a depth dimension of the second flow channel 12, and an overhang dimension of the rectification plate 20 is equal to a width dimension of the second flow channel 12.SELECTED DRAWING: Figure 3
【課題】流路の合流部において、容易に設置でき、且つ効率的に溢流を抑制できる整流構造を提供する。【解決手段】第一流路１１に対して第二流路１２が合流する合流部２に設けられる整流構造１であって、第二流路１２の第一流路１１に対する合流角度Ａは、８２～９０度であり、合流角度Ａを二等分する平面に沿って整流板２０が配置されている。整流板２０の高さ寸法は、第二流路１２の深さ寸法と同等であり、整流板２０の張出寸法は、第二流路１２の幅寸法と同等である。【選択図】図３
RECTIFICATION STRUCTURE
整流構造
NAGANO YUICHI (author)
2024-11-28
Patent
Electronic Resource
Japanese
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