Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Self-dredging mechanism for municipal drainage pipeline
The invention relates to the field of municipal drainage, in particular to a municipal drainage pipeline self-dredging mechanism which comprises a municipal drainage pipe, a supporting assembly and a backflushing dredging assembly, a filter pipe is fixedly inserted into one side, located in a drainage well, of the municipal drainage pipe, a conical filter area is arranged on one side of the filter pipe, and a rainwater collecting barrel is inserted into one side of the lower end of the filter pipe; the supporting assembly is vertically arranged on one side in the filtering pipe, when road rainwater and sewage are drained, large-particle pollutants can be effectively filtered through the conical filtering area, then the filtered rainwater and sewage are collected for use under the action of the rainwater collecting barrel, and in two days after rainfall is finished, the supporting assembly is matched with the back-flushing dredging assembly to dredge the rainwater and the sewage. Settled rainwater and sewage collected in the rainwater collecting barrel are flushed to the conical filtering area from the filtering pipe at high pressure, filtering holes of the conical filtering area are subjected to self-dredging operation, the situation that constructors frequently go down to a well to clean the filtering pipe is reduced, operation is easy, and use is convenient.
本发明涉及市政排水领域，具体为一种市政排水管道自疏通机构，包括市政排水管、支撑组件和反冲疏通组件，市政排水管位于排水井内一侧插接固定设有过滤管，过滤管一侧设有锥形过滤区，过滤管下端一侧插接设有雨水收集桶，支撑组件竖直设于过滤管内一侧，在进行道路雨水、污水的排水操作时，通过锥形过滤区可进行大颗粒污染物的有效过滤，然后在雨水收集桶的作用下，对过滤后的雨水、污水进行收集待利用，在降雨结束的两天内，配合反冲疏通组件，从过滤管内将雨水收集桶内收集沉降的雨水、污水高压冲向锥形过滤区，对锥形过滤区的滤孔进行自疏通操作，降低施工人员频繁下井清理过滤管，操作简单，使用便利。
Self-dredging mechanism for municipal drainage pipeline
The invention relates to the field of municipal drainage, in particular to a municipal drainage pipeline self-dredging mechanism which comprises a municipal drainage pipe, a supporting assembly and a backflushing dredging assembly, a filter pipe is fixedly inserted into one side, located in a drainage well, of the municipal drainage pipe, a conical filter area is arranged on one side of the filter pipe, and a rainwater collecting barrel is inserted into one side of the lower end of the filter pipe; the supporting assembly is vertically arranged on one side in the filtering pipe, when road rainwater and sewage are drained, large-particle pollutants can be effectively filtered through the conical filtering area, then the filtered rainwater and sewage are collected for use under the action of the rainwater collecting barrel, and in two days after rainfall is finished, the supporting assembly is matched with the back-flushing dredging assembly to dredge the rainwater and the sewage. Settled rainwater and sewage collected in the rainwater collecting barrel are flushed to the conical filtering area from the filtering pipe at high pressure, filtering holes of the conical filtering area are subjected to self-dredging operation, the situation that constructors frequently go down to a well to clean the filtering pipe is reduced, operation is easy, and use is convenient.
本发明涉及市政排水领域，具体为一种市政排水管道自疏通机构，包括市政排水管、支撑组件和反冲疏通组件，市政排水管位于排水井内一侧插接固定设有过滤管，过滤管一侧设有锥形过滤区，过滤管下端一侧插接设有雨水收集桶，支撑组件竖直设于过滤管内一侧，在进行道路雨水、污水的排水操作时，通过锥形过滤区可进行大颗粒污染物的有效过滤，然后在雨水收集桶的作用下，对过滤后的雨水、污水进行收集待利用，在降雨结束的两天内，配合反冲疏通组件，从过滤管内将雨水收集桶内收集沉降的雨水、污水高压冲向锥形过滤区，对锥形过滤区的滤孔进行自疏通操作，降低施工人员频繁下井清理过滤管，操作简单，使用便利。
Self-dredging mechanism for municipal drainage pipeline
一种市政排水管道自疏通机构
DU JUAN (Autor:in) / GONG ZHI (Autor:in) / XU BINHONG (Autor:in) / XIAO XIA (Autor:in) / YUAN YUNFANG (Autor:in)
22.11.2024
Patent
Elektronische Ressource
Chinesisch
Municipal engineering pipeline drainage dredging device
| Europäisches Patentamt | 2024
Municipal engineering pipeline drainage dredging device
| Europäisches Patentamt | 2023
Municipal engineering pipeline drainage dredging device
| Europäisches Patentamt | 2022