A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To enhance degree of freedom of piping and improve workability at a construction site.SOLUTION: A gully 1B is a gully connected to a horizontal pipe 4 buried in the ground from a down pipe of a building and comprises a rising pipe receiving port 61, a gully body part 69 and a mud receiving part 90. The gully body part 69 has a horizontal insertion outer periphery wall 60 in which an insertion port 60a for inserting an end part 4a of the horizontal pipe 4 inside can be formed. The rising pipe receiving port 61 is connected to the gully body part 69 and an opening 61d is formed to be in communication with a rising pipe 19 when the rising pipe 19 is connected. The mud receiving part 90 is connected to the gully body part 69 and a mud reservoir space 65c opened to the gully body part 69 is formed. An area S1 of the opening 61d of the rising pipe receiving port 61 is more than an area S2 of the opening 65d of the mud reservoir space 65c.SELECTED DRAWING: Figure 13A
【課題】配管の自由度を高めることが可能となり、現場における施工性の向上を図ることができる。【解決手段】雨水マス１Ｂは、建物の竪樋から地中に埋設される横引き管４に接続される雨水マスであって、立上り管受口６１と、マス本体部６９と、泥受け部９０と、を備える。マス本体部６９は、横引き管４の端部４ａが内側に差し込まれる挿入口６０ａが形成可能な横引き差し外周壁６０を有する。立上り管受口６１は、マス本体部６９に接続され、立上り管１９が接続されたときに立上り管１９と連通する開口６１ｄが形成されている。泥受け部９０は、マス本体部６９に接続され、マス本体部６９に開口した泥溜め空間６５ｃが形成されている。立上り管受口６１の開口６１ｄの面積Ｓ１は、泥溜め空間６５ｃの開口６５ｄの面積Ｓ２以上である。【選択図】図１３Ａ
To enhance degree of freedom of piping and improve workability at a construction site.SOLUTION: A gully 1B is a gully connected to a horizontal pipe 4 buried in the ground from a down pipe of a building and comprises a rising pipe receiving port 61, a gully body part 69 and a mud receiving part 90. The gully body part 69 has a horizontal insertion outer periphery wall 60 in which an insertion port 60a for inserting an end part 4a of the horizontal pipe 4 inside can be formed. The rising pipe receiving port 61 is connected to the gully body part 69 and an opening 61d is formed to be in communication with a rising pipe 19 when the rising pipe 19 is connected. The mud receiving part 90 is connected to the gully body part 69 and a mud reservoir space 65c opened to the gully body part 69 is formed. An area S1 of the opening 61d of the rising pipe receiving port 61 is more than an area S2 of the opening 65d of the mud reservoir space 65c.SELECTED DRAWING: Figure 13A
【課題】配管の自由度を高めることが可能となり、現場における施工性の向上を図ることができる。【解決手段】雨水マス１Ｂは、建物の竪樋から地中に埋設される横引き管４に接続される雨水マスであって、立上り管受口６１と、マス本体部６９と、泥受け部９０と、を備える。マス本体部６９は、横引き管４の端部４ａが内側に差し込まれる挿入口６０ａが形成可能な横引き差し外周壁６０を有する。立上り管受口６１は、マス本体部６９に接続され、立上り管１９が接続されたときに立上り管１９と連通する開口６１ｄが形成されている。泥受け部９０は、マス本体部６９に接続され、マス本体部６９に開口した泥溜め空間６５ｃが形成されている。立上り管受口６１の開口６１ｄの面積Ｓ１は、泥溜め空間６５ｃの開口６５ｄの面積Ｓ２以上である。【選択図】図１３Ａ
GULLY
雨水マス
TAKEDA SHINICHI (author)
2020-03-05
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen