A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a drain trap device allowing connection of a first drain trap body with a second drain trap body, when the first drain trap body and the second drain trap body are displacedly positioned in an allowable range, by absorbing the displacement with a flexible connector.SOLUTION: A connection pipe 113 is arranged in the connection direction C1 different in the direction from the approaching direction D1 by L90°, and a first elbow 61 is connected thereto to communicate with the water storage empty part of a first trap body 10. A second elbow 62 is connected via an elbow socket 70 in the connectin direction C2 different in the direction from the approaching direction D2 by R90°, to communicate with the water storage empty part of a second trap body 20. Thus, a second connection hole 61b of the first elbow 61 is faced to a second connection hole 62b of the second elbow and an appropriate separation distance is caused therebetween, to thereby connect the first elbow 61 to the second elbow 62 with a flexible hose 30 which absorbs the displacement in an allowable range corresponding to the separation distance.SELECTED DRAWING: Figure 1
【課題】１排水トラップ体と第２排水トラップ体との取付位置が許容範囲内でズレている場合には、可撓性連結体でそのズレを吸収し、第１排出トラップ体と第２排出トラップ体とを接続できる排水トラップ装置を提供する。【解決手段】第１排水トラップ体１０内の貯水空部と連通するように、近接方向Ｄ１からＬ９０゜向きが異なる連結方向Ｃ１に連結管１１３を配置して第１エルボ６１を接続し、第２排水トラップ体２０内の貯水空部と連通するように、近接方向Ｄ２からＲ９０゜向きが異なる連結方向Ｃ２にエルボソケット７０を介して第２エルボ６２を接続することで、第１エルボ６１の第２連結孔６１ｂと第２エルボの第２連結孔６２ｂを対向させると共に適宜な離隔距離が生じるようにし、その離隔距離に応じた許容範囲のズレを可撓性で吸収するフレキシブルホース３０で第１エルボ６１と第２エルボ６２を接続する。【選択図】図１
To provide a drain trap device allowing connection of a first drain trap body with a second drain trap body, when the first drain trap body and the second drain trap body are displacedly positioned in an allowable range, by absorbing the displacement with a flexible connector.SOLUTION: A connection pipe 113 is arranged in the connection direction C1 different in the direction from the approaching direction D1 by L90°, and a first elbow 61 is connected thereto to communicate with the water storage empty part of a first trap body 10. A second elbow 62 is connected via an elbow socket 70 in the connectin direction C2 different in the direction from the approaching direction D2 by R90°, to communicate with the water storage empty part of a second trap body 20. Thus, a second connection hole 61b of the first elbow 61 is faced to a second connection hole 62b of the second elbow and an appropriate separation distance is caused therebetween, to thereby connect the first elbow 61 to the second elbow 62 with a flexible hose 30 which absorbs the displacement in an allowable range corresponding to the separation distance.SELECTED DRAWING: Figure 1
【課題】１排水トラップ体と第２排水トラップ体との取付位置が許容範囲内でズレている場合には、可撓性連結体でそのズレを吸収し、第１排出トラップ体と第２排出トラップ体とを接続できる排水トラップ装置を提供する。【解決手段】第１排水トラップ体１０内の貯水空部と連通するように、近接方向Ｄ１からＬ９０゜向きが異なる連結方向Ｃ１に連結管１１３を配置して第１エルボ６１を接続し、第２排水トラップ体２０内の貯水空部と連通するように、近接方向Ｄ２からＲ９０゜向きが異なる連結方向Ｃ２にエルボソケット７０を介して第２エルボ６２を接続することで、第１エルボ６１の第２連結孔６１ｂと第２エルボの第２連結孔６２ｂを対向させると共に適宜な離隔距離が生じるようにし、その離隔距離に応じた許容範囲のズレを可撓性で吸収するフレキシブルホース３０で第１エルボ６１と第２エルボ６２を接続する。【選択図】図１
DRAIN TRAP DEVICE
排水トラップ装置
UEDA YUSUKE (author)
2019-03-07
Patent
Electronic Resource
Japanese
IPC:
E03C
DOMESTIC PLUMBING INSTALLATIONS FOR FRESH WATER OR WASTE WATER
,
Hausinstallationen für Frisch- oder Abwasser