Patent ID: 8343340
Filing Date: 2013-01-01
Classification: E03F,Y10T

Abstract:
1. A sewage system comprising: a first flowing water splitting apparatus for splitting water flowing from a confluent pipe; a second flowing water splitting apparatus for splitting the water flowing from the first flowing water splitting apparatus, said second flowing water splitting apparatus being connected to the first flowing water splitting apparatus via a first pipe so that the water flows from the first flowing water splitting apparatus to the second flowing water splitting apparatus via the first pipe; a flowing water treatment apparatus for purifying the water, said flowing water treatment apparatus being connected to the second flowing water splitting apparatus via a second pipe so that the water flows from the second flowing water splitting apparatus to the flowing water treatment apparatus via the second pipe; and a water storage apparatus for storing the water and conveying the water to the flowing water treatment apparatus, said water storage apparatus being connected to the second flowing water splitting apparatus via a third pipe and connected to the flowing water treatment apparatus via a fourth pipe so that the water flows from the second flowing water splitting apparatus to the water storage apparatus via the third pipe, and the water flows from the water storage apparatus to the flowing water treatment apparatus via the fourth pipe, wherein said first flowing water splitting apparatus comprises: a first flowing water channel for leading the water to the first pipe; a first water diversion chamber disposed in the first flowing water channel and connected to the confluent pipe, said first water diversion chamber including a first weir portion for controlling an amount of the water in the first water diversion chamber, a first partition wall portion for blocking the water in the first water diversion chamber, and a first flow throttle portion formed in the first partition wall portion for controlling an amount of the water flowing out of the first water diversion chamber; a second water diversion chamber disposed in the first flowing water channel and connected to the first water diversion chamber, said second water diversion chamber including a second weir portion for controlling an amount of the water in the second water diversion chamber, a second partition wall portion for blocking the water in the second water diversion chamber, and a second flow throttle portion formed in the second partition wall portion for controlling an amount of the water flowing out of the second water diversion chamber; and a second flowing water channel for leading the water flowing over the first water diversion chamber and the second water diversion chamber to a public water area, said first water diversion chamber is configured so that the first flow throttle portion restricts the water flowing into the second water diversion chamber and the water partially flows over the first weir portion into the second flowing water channel when the water flows into the first water diversion chamber for greater than a specific amount, said second water diversion chamber is configured so that the second flow throttle portion restricts the water flowing out of the second water diversion chamber and the water partially flows over the second weir portion into the second flowing water channel, said second flowing water splitting apparatus comprises: a third flowing water channel for leading the water from the first pipe to the second pipe; a third water diversion chamber disposed in the third flowing water channel and connected to the first pipe, said third water diversion chamber including a third weir portion for controlling an amount of the water in the third water diversion chamber, a third partition wall portion for blocking the water in the third water diversion chamber, and a third flow throttle portion formed in the third partition wall portion for controlling an amount of the water flowing out of the third water diversion chamber; a fourth water diversion chamber disposed in the third flowing water channel and connected to the third water diversion chamber, said fourth water diversion chamber including a fourth weir portion for controlling an amount of the water in the fourth water diversion chamber, a fourth partition wall portion for blocking the water in the fourth water diversion chamber, and a fourth flow throttle portion formed in the fourth partition wall portion for controlling an amount of the water flowing out of the fourth water diversion chamber; and a fourth flowing water channel for leading the water flowing over the third water diversion chamber and the fourth water diversion chamber to the third pipe, said third water diversion chamber is configured so that the third flow throttle portion restricts the water flowing into the fourth water diversion chamber and the water partially flows over the third weir portion into the fourth flowing water channel when the water flows into the third water diversion chamber for greater than a specific amount, and said fourth water diversion chamber is configured so that the fourth flow throttle portion restricts the water flowing out of the fourth water diversion chamber and the water partially flows over the fourth weir portion into the fourth flowing water channel.