Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Viaduct rainwater automatic storage and drainage system suitable for sponge cities in hilly areas
The invention discloses a viaduct rainwater automatic storage and drainage system suitable for a sponge city in a hilly area, and the system comprises a water storage system which comprises a water storage tank, the water storage tank is communicated with a bridge water drainage pipe, and under the action of gravitational potential energy, water in the bridge water drainage pipe automatically enters the water storage tank; the drainage system is connected with the water storage tank and the green belt irrigation system, and water in the water storage tank automatically enters the irrigation system under the action of gravitational potential energy; the rainwater diversion system comprises a rainwater diversion pool, the rainwater diversion pool is connected with the water storage tank and the bridge water drain pipe, the rainwater diversion pool is provided with an overflow port, a pressure control assembly is arranged at the overflow port, and when the water level in the water storage tank reaches the set water level, the pressure control assembly is automatically opened under the action of the water pressure difference, so that rainwater enters a municipal pipe network; the gravitational potential energy of rainwater is converted into kinetic energy for rainwater storage and drainage by utilizing the advantage of height difference among the viaduct, the cut slope and the green belt on the ground, and rainwater collection and utilization can be realized with zero energy consumption.
本发明公开了一种适用于丘陵地区海绵城市的高架桥雨水自动储排系统，包括：储水系统，储水系统包括蓄水箱，蓄水箱与桥梁泄水管相连通，在重力势能的作用下，桥梁泄水管中的水自动进入蓄水箱中；排水系统，与蓄水箱和绿化带浇灌系统相连，在重力势能的作用下，蓄水箱中的水自动进入浇灌系统中；雨水分流系统，包括雨水分流池，与蓄水箱和桥梁泄水管相连，雨水分流池设置有溢流口，且溢流口处设置有压力控制组件，当蓄水箱中的水位达到设置水位时，在水压差的作用下自动打开压力控制组件，使得雨水进入市政管网；本发明利用高架桥、路堑边坡和地面上绿化带之间的高差优势，将雨水的重力势能转化为雨水蓄排的动能，可零能耗实现雨水的收集与利用。
Viaduct rainwater automatic storage and drainage system suitable for sponge cities in hilly areas
The invention discloses a viaduct rainwater automatic storage and drainage system suitable for a sponge city in a hilly area, and the system comprises a water storage system which comprises a water storage tank, the water storage tank is communicated with a bridge water drainage pipe, and under the action of gravitational potential energy, water in the bridge water drainage pipe automatically enters the water storage tank; the drainage system is connected with the water storage tank and the green belt irrigation system, and water in the water storage tank automatically enters the irrigation system under the action of gravitational potential energy; the rainwater diversion system comprises a rainwater diversion pool, the rainwater diversion pool is connected with the water storage tank and the bridge water drain pipe, the rainwater diversion pool is provided with an overflow port, a pressure control assembly is arranged at the overflow port, and when the water level in the water storage tank reaches the set water level, the pressure control assembly is automatically opened under the action of the water pressure difference, so that rainwater enters a municipal pipe network; the gravitational potential energy of rainwater is converted into kinetic energy for rainwater storage and drainage by utilizing the advantage of height difference among the viaduct, the cut slope and the green belt on the ground, and rainwater collection and utilization can be realized with zero energy consumption.
本发明公开了一种适用于丘陵地区海绵城市的高架桥雨水自动储排系统，包括：储水系统，储水系统包括蓄水箱，蓄水箱与桥梁泄水管相连通，在重力势能的作用下，桥梁泄水管中的水自动进入蓄水箱中；排水系统，与蓄水箱和绿化带浇灌系统相连，在重力势能的作用下，蓄水箱中的水自动进入浇灌系统中；雨水分流系统，包括雨水分流池，与蓄水箱和桥梁泄水管相连，雨水分流池设置有溢流口，且溢流口处设置有压力控制组件，当蓄水箱中的水位达到设置水位时，在水压差的作用下自动打开压力控制组件，使得雨水进入市政管网；本发明利用高架桥、路堑边坡和地面上绿化带之间的高差优势，将雨水的重力势能转化为雨水蓄排的动能，可零能耗实现雨水的收集与利用。
Viaduct rainwater automatic storage and drainage system suitable for sponge cities in hilly areas
一种适用于丘陵地区海绵城市的高架桥雨水自动储排系统
LI WENXIANG (Autor:in) / HUANG JIE (Autor:in) / CHENG SHUWEN (Autor:in)
10.11.2023
Patent
Elektronische Ressource
Chinesisch
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