A platform for research: civil engineering, architecture and urbanism
Linear unpowered rainwater filter and filtering method thereof
The invention discloses a linear unpowered rainwater filter and a filtering method thereof. The linear unpowered rainwater filter is characterized in that a top cover is mounted on the top face of a rectangular shell, a rainwater inlet pipe is fixedly mounted in a mounting hole, close to the top face, of the left side face of the rectangular shell, and a rainwater outlet pipe is fixedly mounted in a mounting hole, close to the bottom face, of the left side face of the rectangular shell; the cylindrical connecting piece is fixedly installed on the inner wall of the left side of the rectangular shell, the filter screen support is fixedly installed on the inner wall of the right side of the rectangular shell, the left end of the supporting bracket is fixedly installed on the cylindrical connecting piece, the right end of the supporting bracket is fixedly installed on the filter screen support, the filter screen assembly is installed on the supporting bracket, and a drain outlet is formed in the right side face of the rectangular shell. The filter is simple in structure, detachable and easy to install, the filter screen assembly is easy to maintain, the device has a self-cleaning function, the caliber of the sewage draining outlet is larger than that of the rainwater inlet, sludge accumulation and impurity blockage are not prone to being caused, the cleaning period is long, and use is convenient.
本发明公开了一种线性无动力雨水过滤器及其过滤方法,其特征在于:所述的顶盖安装在矩形壳体的顶面上,雨水进管固定安装在矩形壳体左侧面靠近顶面处的安装孔里,雨水出管固定安装在矩形壳体左侧面靠近底面处的安装孔里,的柱形连接件固定安装在矩形壳体左侧内壁上,滤网支架固定安装在矩形壳体右侧内壁上,的支撑托架左端固定安装在柱形连接件上且支撑托架右端固定安装在滤网支架上,滤网组件安装在支撑托架上,矩形壳体右侧面上开设有排污口。本发明结构简单且可拆分,安装简单且滤网组件易于维护,具有自清洁功能,且排污口的口径比雨水进口的口径大,不易造成淤泥堆积、杂物堵塞,清理周期长且使用方便。
Linear unpowered rainwater filter and filtering method thereof
The invention discloses a linear unpowered rainwater filter and a filtering method thereof. The linear unpowered rainwater filter is characterized in that a top cover is mounted on the top face of a rectangular shell, a rainwater inlet pipe is fixedly mounted in a mounting hole, close to the top face, of the left side face of the rectangular shell, and a rainwater outlet pipe is fixedly mounted in a mounting hole, close to the bottom face, of the left side face of the rectangular shell; the cylindrical connecting piece is fixedly installed on the inner wall of the left side of the rectangular shell, the filter screen support is fixedly installed on the inner wall of the right side of the rectangular shell, the left end of the supporting bracket is fixedly installed on the cylindrical connecting piece, the right end of the supporting bracket is fixedly installed on the filter screen support, the filter screen assembly is installed on the supporting bracket, and a drain outlet is formed in the right side face of the rectangular shell. The filter is simple in structure, detachable and easy to install, the filter screen assembly is easy to maintain, the device has a self-cleaning function, the caliber of the sewage draining outlet is larger than that of the rainwater inlet, sludge accumulation and impurity blockage are not prone to being caused, the cleaning period is long, and use is convenient.
本发明公开了一种线性无动力雨水过滤器及其过滤方法,其特征在于:所述的顶盖安装在矩形壳体的顶面上,雨水进管固定安装在矩形壳体左侧面靠近顶面处的安装孔里,雨水出管固定安装在矩形壳体左侧面靠近底面处的安装孔里,的柱形连接件固定安装在矩形壳体左侧内壁上,滤网支架固定安装在矩形壳体右侧内壁上,的支撑托架左端固定安装在柱形连接件上且支撑托架右端固定安装在滤网支架上,滤网组件安装在支撑托架上,矩形壳体右侧面上开设有排污口。本发明结构简单且可拆分,安装简单且滤网组件易于维护,具有自清洁功能,且排污口的口径比雨水进口的口径大,不易造成淤泥堆积、杂物堵塞,清理周期长且使用方便。
Linear unpowered rainwater filter and filtering method thereof
一种线性无动力雨水过滤器及其过滤方法
YU JIANGHUA (author) / MA YAMENG (author) / LIU DAN (author) / LING CHANG (author)
2021-11-05
Patent
Electronic Resource
Chinese
Unpowered initial rainwater discarding gutter inlet device
European Patent Office | 2023
|Unpowered rainwater split-flow sewage intercepting device
European Patent Office | 2015
|Green land rainwater unpowered ecological utilization device
European Patent Office | 2022
|European Patent Office | 2024
|