Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
To provide an eccentric increaser capable of slowing down a flow rate in a drain pipe.SOLUTION: An eccentric increaser 40 includes: a first straight pipe part 41 positioned on an upstream side in a piping structure, and extending in the horizontal direction; an enlarged diameter part 43 which is connected to a first end part (downstream side end part) 42 of the first straight pipe part 41, and in which a diameter increases in such a manner that an upper end 51 extends along a central axis 50 of the first straight pipe part 41 from an upper end 54 of the first straight pipe part 41, and a lower end 56 goes down as it is separated from the first straight pipe part 41 along the central axis 50; a second straight pipe part 47 in which a first end part 64(upstream side end part) is connected to an end part 44 on the side of the enlarged diameter part 43 where the inner diameter is larger, which is larger in diameter than the first straight pipe part 41, and which is positioned on the downstream side in the piping structure; and a display part for displaying the orientation of the enlarged diameter part 43.SELECTED DRAWING: Figure 2
【課題】排水管内の流速を減速することができる偏芯インクリーザーを提供する。【解決手段】偏芯インクリーザー４０は、配管構造においての上流側に位置し、水平方向に延びる第１直管部４１と、第１直管部４１の第１の端部（下流側の端部）４２に接続され、上端５１は第１直管部４１の上端５４から第１直管部４１の中心軸５０に沿って延び、且つ下端５６は中心軸５０に沿って第１直管部４１から離れるにしたがって下降するように拡径する拡径部４３と、第１の端部６４（上流側の端部）が拡径部４３の内径が大きい側の端部４４に接続され、第１直管部４１より大径で、配管構造内においての下流側に位置する第２直管部４７と、拡径部４３の向きを表示する表示部と、を備えている。【選択図】図２
To provide an eccentric increaser capable of slowing down a flow rate in a drain pipe.SOLUTION: An eccentric increaser 40 includes: a first straight pipe part 41 positioned on an upstream side in a piping structure, and extending in the horizontal direction; an enlarged diameter part 43 which is connected to a first end part (downstream side end part) 42 of the first straight pipe part 41, and in which a diameter increases in such a manner that an upper end 51 extends along a central axis 50 of the first straight pipe part 41 from an upper end 54 of the first straight pipe part 41, and a lower end 56 goes down as it is separated from the first straight pipe part 41 along the central axis 50; a second straight pipe part 47 in which a first end part 64(upstream side end part) is connected to an end part 44 on the side of the enlarged diameter part 43 where the inner diameter is larger, which is larger in diameter than the first straight pipe part 41, and which is positioned on the downstream side in the piping structure; and a display part for displaying the orientation of the enlarged diameter part 43.SELECTED DRAWING: Figure 2
【課題】排水管内の流速を減速することができる偏芯インクリーザーを提供する。【解決手段】偏芯インクリーザー４０は、配管構造においての上流側に位置し、水平方向に延びる第１直管部４１と、第１直管部４１の第１の端部（下流側の端部）４２に接続され、上端５１は第１直管部４１の上端５４から第１直管部４１の中心軸５０に沿って延び、且つ下端５６は中心軸５０に沿って第１直管部４１から離れるにしたがって下降するように拡径する拡径部４３と、第１の端部６４（上流側の端部）が拡径部４３の内径が大きい側の端部４４に接続され、第１直管部４１より大径で、配管構造内においての下流側に位置する第２直管部４７と、拡径部４３の向きを表示する表示部と、を備えている。【選択図】図２
ECCENTRIC INCREASER AND DRAIN PIPING
偏芯インクリーザー及び排水配管
IKEDA MOTOKI (Autor:in)
04.04.2022
Patent
Elektronische Ressource
Japanisch