A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WASTE WATER DISCHARGE SYSTEM
PROBLEM TO BE SOLVED: To provide a waste water discharge system which allows easy switching of flow paths of waste water flowing from drainage equipment and facilitates avoiding cases where disasters hinder the switching of flow paths of waste water.SOLUTION: A waste water discharge system 1A comprises: a first outflow duct 11 connected to drainage equipment 7; a second outflow duct 12 connected to a main sewer 20; reservoir means 70; and an intercepting chamber 40. The intercepting chamber 40 comprises: a chamber body which has an inspection hole opening upward, an inlet 52 connected with the first outflow duct 11, a first outlet 53 connected with the second outflow duct 12, and a second outlet connected to the reservoir means 70; and switching means which can change positions between a first switch position, in which the inlet 52 and the first outlet 53 are in communication such that waste water does not flow from the inlet 52 to the second outlet, and a second switch position, in which the inlet 52 and the second outlet are in communication such that the waste water does not flow from the inlet 52 to the first outlet 53.
【課題】排水設備から流れる汚水の流路を簡単に切り替えることができ、災害時に汚水の流路が切り替えられなくなる事態を回避しやすい汚水排出システムを提供する。【解決手段】汚水排出システム１Ａは、排水設備７に接続された第１流出管路１１と、下水本管２０に接続された第２流出管路１２と、貯留手段７０と、汚水ます４０とを備えている。汚水ます４０は、上方に開口する点検口と、第１流出管路１１が接続された流入口５２と、第２流出管路１２が接続された第１流出口５３と、貯留手段７０に接続された第２流出口とを有するます本体と、流入口５２から上記第２流出口へ汚水が流れないように流入口５２と第１流出口５３とを連通させる第１の切替位置と、流入口５２から第１流出口５３へ汚水が流れないように流入口５２と上記第２流出口とを連通させる第２の切替位置との間で位置変更が可能な切替手段とを有している。【選択図】図１
WASTE WATER DISCHARGE SYSTEM
PROBLEM TO BE SOLVED: To provide a waste water discharge system which allows easy switching of flow paths of waste water flowing from drainage equipment and facilitates avoiding cases where disasters hinder the switching of flow paths of waste water.SOLUTION: A waste water discharge system 1A comprises: a first outflow duct 11 connected to drainage equipment 7; a second outflow duct 12 connected to a main sewer 20; reservoir means 70; and an intercepting chamber 40. The intercepting chamber 40 comprises: a chamber body which has an inspection hole opening upward, an inlet 52 connected with the first outflow duct 11, a first outlet 53 connected with the second outflow duct 12, and a second outlet connected to the reservoir means 70; and switching means which can change positions between a first switch position, in which the inlet 52 and the first outlet 53 are in communication such that waste water does not flow from the inlet 52 to the second outlet, and a second switch position, in which the inlet 52 and the second outlet are in communication such that the waste water does not flow from the inlet 52 to the first outlet 53.
【課題】排水設備から流れる汚水の流路を簡単に切り替えることができ、災害時に汚水の流路が切り替えられなくなる事態を回避しやすい汚水排出システムを提供する。【解決手段】汚水排出システム１Ａは、排水設備７に接続された第１流出管路１１と、下水本管２０に接続された第２流出管路１２と、貯留手段７０と、汚水ます４０とを備えている。汚水ます４０は、上方に開口する点検口と、第１流出管路１１が接続された流入口５２と、第２流出管路１２が接続された第１流出口５３と、貯留手段７０に接続された第２流出口とを有するます本体と、流入口５２から上記第２流出口へ汚水が流れないように流入口５２と第１流出口５３とを連通させる第１の切替位置と、流入口５２から第１流出口５３へ汚水が流れないように流入口５２と上記第２流出口とを連通させる第２の切替位置との間で位置変更が可能な切替手段とを有している。【選択図】図１
WASTE WATER DISCHARGE SYSTEM
汚水排出システム
AOKI RYUTA (author) / URANO SEIJI (author) / OISHI YUKINORI (author)
2015-05-28
Patent
Electronic Resource
Japanese
| European Patent Office | 2024
| European Patent Office | 2024