A platform for research: civil engineering, architecture and urbanism
Drainage ditch garbage filtering structure
The invention relates to the technical field of municipal engineering, in particular to a drainage ditch garbage filtering structure. The drainage ditch garbage filtering structure comprises a ditch body. The upper ends of the inner walls of the two sides of the ditch body are each provided with a set of fixing grooves. A plurality of sets of folding-type filter screens are arranged at the upper ends of the fixing grooves. Cover plates are arranged at the upper ends of the folding-type filter screens. The lower portion of one end of the ditch body is connected with a sewer pipe, and the end, connected with the sewer pipe, of the ditch body communicates with a silt collecting groove. A desilting device is further arranged on the silt collecting groove. Through protruded structures of the cover plates, garbage can be blocked on the side walls of the cover plates, and the folding-type filter screens can filter small-sized garbage. A left frame body and a right frame body are opened and further put onto the upper ends of the fixing grooves in the two sides separately, the left frame body and the right frame body are fixed through a limiting groove and a limiting block, then the cover plates are covered, and a screen frame is fixed by pressing blocks of the cover plates. When the garbage at the upper ends of the folding-type filter screens is excessively piled up, the folding-type filter screens can be taken out for cleaning only by taking up the cover plates, and operation by sanitation workers can be facilitated.
本发明涉及市政工程技术领域,具体为一种排水沟垃圾过滤结构,包括沟体,所述沟体的两侧内壁上端均设有一组固定槽,所述固定槽的上端设有多组折叠式滤网,所述折叠式滤网的上端设有盖板,所述沟体的一端下部连接有下水道管,所述沟体连接下水道管的一端连通有集淤槽,所述集淤槽处还设有清淤装置;通过盖板的凸起结构,可将垃圾阻隔在盖板的侧壁,折叠式滤网可对较小型的垃圾进行过滤,将左框体和右框体打开分别放置在两侧的固定槽上端,并通过限位槽和限位块固定左框体和右框体,再盖合盖板,通过盖板的压块固定网框,当折叠式滤网上端的垃圾堆积过多时,拿起盖板即可取出折叠式滤网进行清理,便于环卫人员操作。
Drainage ditch garbage filtering structure
The invention relates to the technical field of municipal engineering, in particular to a drainage ditch garbage filtering structure. The drainage ditch garbage filtering structure comprises a ditch body. The upper ends of the inner walls of the two sides of the ditch body are each provided with a set of fixing grooves. A plurality of sets of folding-type filter screens are arranged at the upper ends of the fixing grooves. Cover plates are arranged at the upper ends of the folding-type filter screens. The lower portion of one end of the ditch body is connected with a sewer pipe, and the end, connected with the sewer pipe, of the ditch body communicates with a silt collecting groove. A desilting device is further arranged on the silt collecting groove. Through protruded structures of the cover plates, garbage can be blocked on the side walls of the cover plates, and the folding-type filter screens can filter small-sized garbage. A left frame body and a right frame body are opened and further put onto the upper ends of the fixing grooves in the two sides separately, the left frame body and the right frame body are fixed through a limiting groove and a limiting block, then the cover plates are covered, and a screen frame is fixed by pressing blocks of the cover plates. When the garbage at the upper ends of the folding-type filter screens is excessively piled up, the folding-type filter screens can be taken out for cleaning only by taking up the cover plates, and operation by sanitation workers can be facilitated.
本发明涉及市政工程技术领域,具体为一种排水沟垃圾过滤结构,包括沟体,所述沟体的两侧内壁上端均设有一组固定槽,所述固定槽的上端设有多组折叠式滤网,所述折叠式滤网的上端设有盖板,所述沟体的一端下部连接有下水道管,所述沟体连接下水道管的一端连通有集淤槽,所述集淤槽处还设有清淤装置;通过盖板的凸起结构,可将垃圾阻隔在盖板的侧壁,折叠式滤网可对较小型的垃圾进行过滤,将左框体和右框体打开分别放置在两侧的固定槽上端,并通过限位槽和限位块固定左框体和右框体,再盖合盖板,通过盖板的压块固定网框,当折叠式滤网上端的垃圾堆积过多时,拿起盖板即可取出折叠式滤网进行清理,便于环卫人员操作。
Drainage ditch garbage filtering structure
一种排水沟垃圾过滤结构
ZHAO XINTAI (author) / ZHAO QUAN (author) / SUN CHANGZHI (author)
2020-04-17
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
Vegetable field self-filtering irrigation and drainage ditch structure
European Patent Office | 2024
|