A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WASHING TOILET BOWL
PROBLEM TO BE SOLVED: To provide a technology for effectively removing residual water from a conduit for connecting a plurality of water discharge ports.SOLUTION: A right water conveyance passage 123 for communicating a rear water discharge port 104 and a front water discharge port 110 is formed as an inclined passage in the two directions having a peak point P between the rear water discharge port 104 and the front water discharge port 110. The rear water discharge port 104 is formed on the upstream side, and the front water discharge port 110 is formed on the downstream side. The peak point P is formed on the front water discharge port 110 side more than an intermediate point Q of the right water conveyance passage 123. The right water conveyance passage 123 is formed so that an oblique angle a1 of a front inclined passage 132 of turning to the front water discharge port 110 from the peak point P, becomes larger than the oblique angle a1 of a rear inclined passage 134 of turning to the rear water discharge port 104 from the peak point P.SELECTED DRAWING: Figure 4
【課題】複数の吐水口をつなぐ導水路から残水を効果的に排除するための技術、を提供する。【解決手段】後吐水口１０４と前吐水口１１０を連通する右導水経路１２３は、後吐水口１０４と前吐水口１１０の間にピーク点Ｐを有する２方向の傾斜路として形成される。上流側に後吐水口１０４が形成され、下流側に前吐水口１１０が形成される。ピーク点Ｐは、右導水経路１２３の中間地点Ｑよりも前吐水口１１０側に形成される。ピーク点Ｐから後吐水口１０４へ向かう後傾斜路１３４の斜角ａ１よりも、ピーク点Ｐから前吐水口１１０へ向かう前傾斜路１３２の斜角ａ１が大きくなるように右導水経路１２３が形成される。【選択図】図４
WASHING TOILET BOWL
PROBLEM TO BE SOLVED: To provide a technology for effectively removing residual water from a conduit for connecting a plurality of water discharge ports.SOLUTION: A right water conveyance passage 123 for communicating a rear water discharge port 104 and a front water discharge port 110 is formed as an inclined passage in the two directions having a peak point P between the rear water discharge port 104 and the front water discharge port 110. The rear water discharge port 104 is formed on the upstream side, and the front water discharge port 110 is formed on the downstream side. The peak point P is formed on the front water discharge port 110 side more than an intermediate point Q of the right water conveyance passage 123. The right water conveyance passage 123 is formed so that an oblique angle a1 of a front inclined passage 132 of turning to the front water discharge port 110 from the peak point P, becomes larger than the oblique angle a1 of a rear inclined passage 134 of turning to the rear water discharge port 104 from the peak point P.SELECTED DRAWING: Figure 4
【課題】複数の吐水口をつなぐ導水路から残水を効果的に排除するための技術、を提供する。【解決手段】後吐水口１０４と前吐水口１１０を連通する右導水経路１２３は、後吐水口１０４と前吐水口１１０の間にピーク点Ｐを有する２方向の傾斜路として形成される。上流側に後吐水口１０４が形成され、下流側に前吐水口１１０が形成される。ピーク点Ｐは、右導水経路１２３の中間地点Ｑよりも前吐水口１１０側に形成される。ピーク点Ｐから後吐水口１０４へ向かう後傾斜路１３４の斜角ａ１よりも、ピーク点Ｐから前吐水口１１０へ向かう前傾斜路１３２の斜角ａ１が大きくなるように右導水経路１２３が形成される。【選択図】図４
WASHING TOILET BOWL
水洗式便器
INA TAKAMASA (author) / MARUYAMA TAKASHI (author) / CHATANI KAZUHISA (author) / KOJIMA TSUTOMU (author)
2017-04-06
Patent
Electronic Resource
Japanese
IPC:
E03D
WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES
,
Wasserklosetts oder Urinale mit Spülvorrichtungen