Garden road with rainwater recovery, filtration and reuse functions

Abstract

The invention discloses a garden road with rainwater recovery, filtration and reuse functions. The garden road is characterized in that the garden road comprises a water storage channel, a water storage pool, a road cover plate, an overflow pipe, a filtration device and a rainwater reuse device; the water storage channel is located in the water storage pool, the road cover plate is located on thewater storage channel, the overflow pipe is connected with the water storage channel, and the filtration device is mounted in the position, on the lower part of the road cover plate, of the water storage channel; the rainwater reuse device is mounted in the water storage pool and provided with a submersible pump, a water pipe, a water distributing pipe and a water spraying head. The garden road integrates rainwater recovery, filtration and reuse, rainwater can be filtered in a multi-layer mode while the rainwater is recovered, it is ensured that the rainwater in the water storage pool is cleanand free of impurities, reuse is facilitated, overhauling and maintenance are convenient, the using cost is low, a greening area is not occupied, and the garden road is suitable for being used and promoted in a park garden area.

Description

technical field [0001] The invention relates to the field of garden road structures, in particular to a garden road with functions of rainwater recovery, filtration and reuse. Background technique [0002] The lack of water resources has gradually become a worldwide problem, and many countries have the problem of lack of water resources. Therefore, rainwater recycling has been valued by the country and even the world. Rainwater recycling plays an important role in maintaining soil and water and improving the ecological environment. It is of great significance to reducing soil erosion and protecting the ecological environment. Rainwater recycling and reuse can alleviate the crisis of water resources and improve the ecological environment. When ordinary rainwater recycling facilities are actually used, there are the following problems: 1. Ordinary rainwater recycling facilities do not have filtering devices. Entering the reservoir, polluting the rainwater quality and affectin...

AI Technical Summary

Problems solved by technology

Rainwater recycling and reuse can alleviate the crisis of water resources and improve the ecological environment. When ordinary rainwater recycling facilities are actually used, there are the following problems: 1. Ordinary rainwater recycling facilities do not have filtering devices. Entering the reservoir, polluting the rainwater quality and affecting the reuse of rainwater; 2. There are plants planted on the ordinary rainwater recovery facilities, and the rainwater enters the rainwater recovery facilities slowly, which affects the rainwater recovery speed and the rainwater reuse rate is low; 3. Ordinary rainwater There are plants planted on the recycling facilities, and excavation is required for repair and maintenance of the rainwater recycling facilities. The maintenance of the plants planted on the rainwater recycling facilities takes a long time and damages the normal growth of the plants; Under the circumstance, the rainwater in the reservoir cannot be evaporated and released into the air, which increases the air humidity and comfort, and cannot meet the air humidity requirements of various plants in the park and garden, and requires additional watering of the plants to maintain the normal growth of the plants, resulting in urban The water consumption for greening has been greatly increased, which will increase the consumption of water resources and affect the ecological environment

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