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A platform for research: civil engineering, architecture and urbanism
Recharge system for recycling rain flood in arid region
The invention discloses a recharge system for recycling rainfall flood in an arid region, belongs to the technical field of rainfall flood resource recharge, and aims to solve the problems that a recharge system in the prior art cannot ensure the water quality while ensuring the recharge rate aiming at rainfall flood resources, and the like, the recharge system comprises a recharge cylinder well, a wellhead structure and a water seepage structure which are connected with one another, the recharge cylinder well is embedded under the stratum, the interior of the recharge cylinder well sequentially comprises a filter screen, a filter layer and a steel frame structure from top to bottom, a water storage pond is arranged under the steel frame structure, the bottom of the water storage pond is communicated with a water conveying pipeline, the water conveying pipeline is communicated with an underground water storage space at the far end and connected with a water seepage structure, and the well mouth structure is arranged on the stratum. The lower end of the well mouth structure is detachably connected with the filter screen, and the well mouth structure is of a petal-shaped structure. The recharge rate can be increased as much as possible while the water quality of recharge water is guaranteed, the underground water storage space is fully utilized, and meanwhile later maintenance is facilitated.
本发明公开了一种雨洪资源回灌技术领域的用于干旱地区的雨洪水资源化的回灌系统，旨在解决现有技术中回灌系统针对雨洪资源无法在保证回灌速率的同时保证水质等问题，其包括相连接的回灌筒井、井口结构和渗水结构，所述回灌筒井嵌设于地层之下，其内部从上到下依次包括滤网、过滤层以及钢架结构，所述钢架结构下方设有贮水池，所述贮水池底部与输水管道连通，所述输水管道连通远端的地下储水空间，与渗水结构相连，所述井口结构设于地层之上，其下端与滤网可拆卸连接，所述井口结构采用花瓣形结构。本发明可以实现保证回灌水水质的同时尽可能增加回灌速率，充分利用地下储水空间，同时便于后期维护。
Recharge system for recycling rain flood in arid region
The invention discloses a recharge system for recycling rainfall flood in an arid region, belongs to the technical field of rainfall flood resource recharge, and aims to solve the problems that a recharge system in the prior art cannot ensure the water quality while ensuring the recharge rate aiming at rainfall flood resources, and the like, the recharge system comprises a recharge cylinder well, a wellhead structure and a water seepage structure which are connected with one another, the recharge cylinder well is embedded under the stratum, the interior of the recharge cylinder well sequentially comprises a filter screen, a filter layer and a steel frame structure from top to bottom, a water storage pond is arranged under the steel frame structure, the bottom of the water storage pond is communicated with a water conveying pipeline, the water conveying pipeline is communicated with an underground water storage space at the far end and connected with a water seepage structure, and the well mouth structure is arranged on the stratum. The lower end of the well mouth structure is detachably connected with the filter screen, and the well mouth structure is of a petal-shaped structure. The recharge rate can be increased as much as possible while the water quality of recharge water is guaranteed, the underground water storage space is fully utilized, and meanwhile later maintenance is facilitated.
本发明公开了一种雨洪资源回灌技术领域的用于干旱地区的雨洪水资源化的回灌系统，旨在解决现有技术中回灌系统针对雨洪资源无法在保证回灌速率的同时保证水质等问题，其包括相连接的回灌筒井、井口结构和渗水结构，所述回灌筒井嵌设于地层之下，其内部从上到下依次包括滤网、过滤层以及钢架结构，所述钢架结构下方设有贮水池，所述贮水池底部与输水管道连通，所述输水管道连通远端的地下储水空间，与渗水结构相连，所述井口结构设于地层之上，其下端与滤网可拆卸连接，所述井口结构采用花瓣形结构。本发明可以实现保证回灌水水质的同时尽可能增加回灌速率，充分利用地下储水空间，同时便于后期维护。
Recharge system for recycling rain flood in arid region
一种用于干旱地区雨洪水资源化的回灌系统
TENG BINGLU (author) / ZHAO ZHENHUA (author) / QIN ZHIRUI (author)
2024-03-29
Patent
Electronic Resource
Chinese
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