A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Concealed pipe drainage mechanism for municipal roads and drainage process thereof
The invention discloses a concealed pipe drainage mechanism for municipal roads and a drainage process thereof and relates to the technical field of drainage equipment. The concealed pipe drainage mechanism comprises a waterlogging removal device, wherein an air injection device comprises a nozzle, a transmission part, a quick-return part and a driving part, the nozzle is driven to move and inject air through the driving part under the action of the transmission part, and meanwhile under the action of the quick-return part, the nozzle is driven to jet at high speed. The concealed pipe drainage mechanism is advantaged in that firstly, after an automobile passes through the well lid every time, the two nozzles can exhaust air back and forth, so dust or sundries on the filter screen are blown away, and blockage is avoided; 2, after the automobile passes through the well lid every time, the two spray heads can reciprocate once, so the spray heads can sweep the filter screen completely, and the spraying area of the spray heads to the filter screen is increased; and 3, after the automobile passes through the well cover every time, the speed of air flow sprayed out of the spray head is increased, so the impact force of the air flow on the filter screen is improved, dust or sundries on the filter screen can be blown away more conveniently, and the effect of avoiding blockage is achieved.
本发明公开了市政道路用的暗管排水机构及其排水工艺，涉及排水设备技术领域，包括除涝装置，喷气装置包括喷头、传动部件、急回部件和驱动部件，通过驱动部件，并在传动部件的作用下，带动喷头移动并喷气，同时在急回部件部件的作用下，带动喷头高速喷气。本发明具备一、在每次汽车经过井盖后，两个喷头即可进行来回排气，从而将滤网上的灰尘或杂物吹走，避免发生堵塞；二、在每次汽车经过井盖后，两个喷头即可往复移动一次，从而使得喷头可完整的扫过滤网，提高了喷头对滤网的喷射面积；三：在每次汽车经过井盖后，加大气流经喷头喷出的速度，进而提高了气流对滤网的冲击力，更加便于将滤网上的灰尘或杂物吹走，避免发生堵塞的效果。
Concealed pipe drainage mechanism for municipal roads and drainage process thereof
The invention discloses a concealed pipe drainage mechanism for municipal roads and a drainage process thereof and relates to the technical field of drainage equipment. The concealed pipe drainage mechanism comprises a waterlogging removal device, wherein an air injection device comprises a nozzle, a transmission part, a quick-return part and a driving part, the nozzle is driven to move and inject air through the driving part under the action of the transmission part, and meanwhile under the action of the quick-return part, the nozzle is driven to jet at high speed. The concealed pipe drainage mechanism is advantaged in that firstly, after an automobile passes through the well lid every time, the two nozzles can exhaust air back and forth, so dust or sundries on the filter screen are blown away, and blockage is avoided; 2, after the automobile passes through the well lid every time, the two spray heads can reciprocate once, so the spray heads can sweep the filter screen completely, and the spraying area of the spray heads to the filter screen is increased; and 3, after the automobile passes through the well cover every time, the speed of air flow sprayed out of the spray head is increased, so the impact force of the air flow on the filter screen is improved, dust or sundries on the filter screen can be blown away more conveniently, and the effect of avoiding blockage is achieved.
本发明公开了市政道路用的暗管排水机构及其排水工艺，涉及排水设备技术领域，包括除涝装置，喷气装置包括喷头、传动部件、急回部件和驱动部件，通过驱动部件，并在传动部件的作用下，带动喷头移动并喷气，同时在急回部件部件的作用下，带动喷头高速喷气。本发明具备一、在每次汽车经过井盖后，两个喷头即可进行来回排气，从而将滤网上的灰尘或杂物吹走，避免发生堵塞；二、在每次汽车经过井盖后，两个喷头即可往复移动一次，从而使得喷头可完整的扫过滤网，提高了喷头对滤网的喷射面积；三：在每次汽车经过井盖后，加大气流经喷头喷出的速度，进而提高了气流对滤网的冲击力，更加便于将滤网上的灰尘或杂物吹走，避免发生堵塞的效果。
Concealed pipe drainage mechanism for municipal roads and drainage process thereof
市政道路用的暗管排水机构及其排水工艺
ZHOU KEQIN (author) / ZHENG XIA (author)
2022-02-18
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
Solar photovoltaic power generation concealed pipe drainage equipment
| European Patent Office | 2022
Municipal sewage drainage structure, drainage pipe network and drainage system
| European Patent Office | 2024