Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Spiral-flow type rainwater recycling well
The invention provides a spiral-flow type rainwater recycling well, and relates to the technical field of water treatment.The spiral-flow type rainwater recycling well comprises an outer well, a center well, a water suction well, a water inlet structure and a conveying mechanism, a rainwater storage cavity is formed between the bottom of the center well and the bottom of the outer well, and a spiral flow injection opening is formed in the side wall of the center well; an overflow cavity is formed between the suction well and the central well; an overflow structure is arranged at the top of the suction well; one end of the water inlet structure is communicated with the rotational flow injection port; the conveying mechanism is arranged in the outer well, an inlet of the conveying mechanism is used for communicating with the overflow cavity, and an outlet of the conveying mechanism is used for communicating with a recycling pipe network. According to the spiral-flow type rainwater recycling well, by conducting spiral-flow separation and overflow treatment on rainwater, the rainwater treatment process is achieved in the spiral-flow type rainwater recycling well, the rainwater does not need to be guided into rainwater treatment equipment through a rainwater pipeline to be subjected to sedimentation treatment, and therefore multiple inspection wells do not need to be arranged on the rainwater pipeline at intervals, the construction cost is reduced, and the construction efficiency is improved. And the problem that the manhole cover of the inspection well affects the road is solved.
本发明提供了一种旋流式雨水回用井，涉及水处理技术领域，包括外井、中心井、吸水井、进水结构和输送机构，中心井的底部与外井的底部之间形成雨水储腔，中心井的侧壁上设有旋流入射口；吸水井与中心井之间形成溢流腔，吸水井的顶部设有溢流结构；进水结构的一端与旋流入射口连通；输送机构设置在外井内，输送机构的进口用于连通溢流腔，输送机构的出口用于连通回用管网。本发明通过对雨水进行旋流分离和溢流处理，使得雨水在该旋流式雨水回用井中即实现了雨水处理过程，无需再通过雨水管路导送至雨水处理设备中进行沉淀处理，从而无需在雨水管道上的间隔设置多个检查井，降低了施工成本，并消除了检查井的井盖对道路造成影响的问题。
Spiral-flow type rainwater recycling well
The invention provides a spiral-flow type rainwater recycling well, and relates to the technical field of water treatment.The spiral-flow type rainwater recycling well comprises an outer well, a center well, a water suction well, a water inlet structure and a conveying mechanism, a rainwater storage cavity is formed between the bottom of the center well and the bottom of the outer well, and a spiral flow injection opening is formed in the side wall of the center well; an overflow cavity is formed between the suction well and the central well; an overflow structure is arranged at the top of the suction well; one end of the water inlet structure is communicated with the rotational flow injection port; the conveying mechanism is arranged in the outer well, an inlet of the conveying mechanism is used for communicating with the overflow cavity, and an outlet of the conveying mechanism is used for communicating with a recycling pipe network. According to the spiral-flow type rainwater recycling well, by conducting spiral-flow separation and overflow treatment on rainwater, the rainwater treatment process is achieved in the spiral-flow type rainwater recycling well, the rainwater does not need to be guided into rainwater treatment equipment through a rainwater pipeline to be subjected to sedimentation treatment, and therefore multiple inspection wells do not need to be arranged on the rainwater pipeline at intervals, the construction cost is reduced, and the construction efficiency is improved. And the problem that the manhole cover of the inspection well affects the road is solved.
本发明提供了一种旋流式雨水回用井，涉及水处理技术领域，包括外井、中心井、吸水井、进水结构和输送机构，中心井的底部与外井的底部之间形成雨水储腔，中心井的侧壁上设有旋流入射口；吸水井与中心井之间形成溢流腔，吸水井的顶部设有溢流结构；进水结构的一端与旋流入射口连通；输送机构设置在外井内，输送机构的进口用于连通溢流腔，输送机构的出口用于连通回用管网。本发明通过对雨水进行旋流分离和溢流处理，使得雨水在该旋流式雨水回用井中即实现了雨水处理过程，无需再通过雨水管路导送至雨水处理设备中进行沉淀处理，从而无需在雨水管道上的间隔设置多个检查井，降低了施工成本，并消除了检查井的井盖对道路造成影响的问题。
Spiral-flow type rainwater recycling well
旋流式雨水回用井
ZHANG WEINA (Autor:in) / QI YALING (Autor:in) / SONG NING (Autor:in) / YIN RUI (Autor:in) / LI ANQI (Autor:in)
20.02.2024
Patent
Elektronische Ressource
Chinesisch
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