Residential area waterscape system

Abstract

The invention provides a residential area waterscape system. The residential area waterscape system comprises a first water treatment unit, a landscape pool and a drainage system, which are located above a garage top plate and sequentially arranged from upstream to downstream. The outlet of the first water treatment unit is communicated with the landscape pool; a reclaimed water conveying pipe network is buried below the first water treatment unit, the reclaimed water conveying pipe network is communicated with the inlet of the landscape pool, the outlet of the landscape pool is communicated with the drainage system, and the drainage system is communicated with the reclaimed water conveying pipe network and / or a green plant planting area. Rain sewage collected in a community can be treatedand purified and then discharged into the landscape pool, water resources are saved, meanwhile, it can be guaranteed that water in the landscape pool can continuously keep circulating, and eutrophication of water is avoided. Water exceeding a water level control line in the pool can be drained to the reclaimed water pipe network and an irrigation pipe network, the water is prevented from overflowing the top of the pool during rainstorm, and meanwhile automatic irrigation of green plants in a community can be achieved.

Description

technical field [0001] The invention relates to the technical field of waterscape engineering, in particular to a residential area waterscape system. Background technique [0002] During the development of the construction technology of landscape pools in residential areas, the water in the landscape pools is often oxidized due to the low frequency of water changes in the pools and the high cost of water changes, resulting in black and stinky water. China is a country that lacks water resources. The fundamental way to solve the contradiction between water demand and water supply is to actively save water, actively develop all available water resources, and realize water recycling. Rainwater treatment and reuse has played a huge role in solving the shortage of water resources. In the existing technology, some residential buildings have their own water circulation system installed underground, but the circulation method is relatively complicated, the cost is high, and the util...

AI Technical Summary

Problems solved by technology

Rainwater treatment and reuse has played a huge role in solving the shortage of water resources. In the existing technology, some residential buildings have their own water circulation system installed underground, but the circulation method is relatively complicated, the cost is high, and the utilization rate of reclaimed water is low.

In addition, there are often artificial lakes or green plants above the garage roof. The growth of green plants requires timely filtration and drainage when the soil moisture is abundant, and timely replenishment of soil moisture in the dry season. At the same time, the waterproof and drainage problem of the garage roof has always been troubled. People often cause water leakage on the roof of the garage due to untimely drainage, which increases the cost of quality maintenance

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