Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water retention system for greening vegetation in high-heat arid region
The invention discloses a water retention system for greening vegetation in a high-heat arid area. The water retention system comprises a water storage pool water storage collection and water supply subsystem, an irrigation ditch and water collection ditch water collection subsystem, a vegetation soil water retention subsystem, a control linkage subsystem and a municipal water supply pipe network water supply subsystem. The system has the beneficial effects that the fermentation tank, the water storage tank, bathroom wastewater and natural rainfall are adopted as main water sources, the natural rainfall collecting technology of the irrigation water channel and the water collecting ditch is adopted, the water vapor providing and vegetation redundant water collecting technology of the automatic spraying line pipe is adopted, and sandy soil water seepage can be effectively prevented through the plastic film; the soil is laid on the foam sponge layer, the soil at the root system of the vegetation is relatively kept in a moist state due to the fact that sponge has the characteristics of extremely high water absorption and water retention, and the purpose of keeping the humidity of the root system of the vegetation through moisture reverse moistening is further achieved; through the distributed comprehensive water supply system technology such as automatic water pumping and irrigation of the submersible pump, the energy-saving and environment-friendly effects are obvious.
本发明公开了一种高热干旱地区绿化植被的保水系统，包括储水池储水收集及供水子系统、灌溉沟渠及集水沟集水子系统、植被土壤保水子系统、控制联动子系统、市政给水管网供水子系统。本发明的有益效果是：采用发酵池、储水池、浴室废水、天然降水为主要水源，灌溉水渠、集水沟收集天然降水技术，自动喷淋线管提供水汽及收集植被多余水份技术，通过塑料薄膜能够有效防止沙质土壤渗水，防止浇灌到植被及土壤的水份渗入地下，且土壤在泡沫海绵层上平铺，因海绵具有极具吸水保水的特点，使植被的根系处的土壤相对保持湿润状态，进一步达到水份反润保持植被根系湿度的目的，通过潜水泵自动泵水及浇灌等分布式综合给水系统技术，节能环保效果明显。
Water retention system for greening vegetation in high-heat arid region
The invention discloses a water retention system for greening vegetation in a high-heat arid area. The water retention system comprises a water storage pool water storage collection and water supply subsystem, an irrigation ditch and water collection ditch water collection subsystem, a vegetation soil water retention subsystem, a control linkage subsystem and a municipal water supply pipe network water supply subsystem. The system has the beneficial effects that the fermentation tank, the water storage tank, bathroom wastewater and natural rainfall are adopted as main water sources, the natural rainfall collecting technology of the irrigation water channel and the water collecting ditch is adopted, the water vapor providing and vegetation redundant water collecting technology of the automatic spraying line pipe is adopted, and sandy soil water seepage can be effectively prevented through the plastic film; the soil is laid on the foam sponge layer, the soil at the root system of the vegetation is relatively kept in a moist state due to the fact that sponge has the characteristics of extremely high water absorption and water retention, and the purpose of keeping the humidity of the root system of the vegetation through moisture reverse moistening is further achieved; through the distributed comprehensive water supply system technology such as automatic water pumping and irrigation of the submersible pump, the energy-saving and environment-friendly effects are obvious.
本发明公开了一种高热干旱地区绿化植被的保水系统，包括储水池储水收集及供水子系统、灌溉沟渠及集水沟集水子系统、植被土壤保水子系统、控制联动子系统、市政给水管网供水子系统。本发明的有益效果是：采用发酵池、储水池、浴室废水、天然降水为主要水源，灌溉水渠、集水沟收集天然降水技术，自动喷淋线管提供水汽及收集植被多余水份技术，通过塑料薄膜能够有效防止沙质土壤渗水，防止浇灌到植被及土壤的水份渗入地下，且土壤在泡沫海绵层上平铺，因海绵具有极具吸水保水的特点，使植被的根系处的土壤相对保持湿润状态，进一步达到水份反润保持植被根系湿度的目的，通过潜水泵自动泵水及浇灌等分布式综合给水系统技术，节能环保效果明显。
Water retention system for greening vegetation in high-heat arid region
一种高热干旱地区绿化植被的保水系统
LI CHENGXIN (Autor:in) / LIU CHENGUANG (Autor:in) / LI MINGHUI (Autor:in) / LI DAWEI (Autor:in) / LI CHUNCHENG (Autor:in) / WANG YINGCAI (Autor:in) / QIAO JIJIA (Autor:in) / YANG SHUAI (Autor:in) / FAN MENGMENG (Autor:in)
11.04.2023
Patent
Elektronische Ressource
Chinesisch
Water collection and retention device for arid region
| Europäisches Patentamt | 2024
| DOAJ | 2022