Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Intelligent adjusting mud-water separation well lid and intelligent adjusting method
The invention discloses an intelligent adjusting mud-water separation well lid and an intelligent adjusting method.The well lid comprises a body, a flow guide ring set, a flow dividing assembly, a collecting assembly, a sensing assembly and an inclined pipe filtering set, after entering a first opening, water flow firstly passes through a first flow guide ring, and the water flow is guided to a conical filtering plate of the flow dividing assembly through a first flow guide opening. The conical filter plate filters large-particle silt, the large-particle silt can be deposited in the first collecting tank, fine silt and water flow enter the second collecting tank through the conical filter plate and the second flow guide port, and the water flow enters from the lower portion of the inclined pipe filter set in the second collecting tank under the action of gravitational potential energy and flows out from the upper portion of the inclined pipe filter set. When the water flow is large, the first supporting plate can abut against the upper portion of the second collecting tank, so that the second flow guide gap is maximized, the water flow is prevented from entering the second collecting tank to wash away silt, the flow amount of the water flow flowing out of the second opening is increased, and intelligent adjustment of the flow amount when the water flow is large is achieved.
本发明公开了一种智能调节的泥水分离井盖以及智能调节方法，井盖包括本体、导流环组、分流组件、收集组件、传感组件以及斜管过滤组，水流进入第一开口后，首先经过第一导流环，水流被第一导流口导向分流组件的锥形过滤板。锥形过滤板对大颗粒的泥沙进行过滤，大颗粒的泥沙会沉积在第一收集槽，而细小泥沙与水流经过锥形过滤板、第二导流口进入第二收集槽，水流在第二收集槽内在重力势能作用下从斜管过滤组的下方进入并从斜管过滤组的上方流出。在水流较大时，第一支撑板可以抵靠在第二收集槽上方，从而使得第二导流空隙最大化，避免水流进入第二收集槽内冲垮泥沙，增大水流从第二开口流出的流通量，实现水流大小时的流动量智能调节。
Intelligent adjusting mud-water separation well lid and intelligent adjusting method
The invention discloses an intelligent adjusting mud-water separation well lid and an intelligent adjusting method.The well lid comprises a body, a flow guide ring set, a flow dividing assembly, a collecting assembly, a sensing assembly and an inclined pipe filtering set, after entering a first opening, water flow firstly passes through a first flow guide ring, and the water flow is guided to a conical filtering plate of the flow dividing assembly through a first flow guide opening. The conical filter plate filters large-particle silt, the large-particle silt can be deposited in the first collecting tank, fine silt and water flow enter the second collecting tank through the conical filter plate and the second flow guide port, and the water flow enters from the lower portion of the inclined pipe filter set in the second collecting tank under the action of gravitational potential energy and flows out from the upper portion of the inclined pipe filter set. When the water flow is large, the first supporting plate can abut against the upper portion of the second collecting tank, so that the second flow guide gap is maximized, the water flow is prevented from entering the second collecting tank to wash away silt, the flow amount of the water flow flowing out of the second opening is increased, and intelligent adjustment of the flow amount when the water flow is large is achieved.
本发明公开了一种智能调节的泥水分离井盖以及智能调节方法，井盖包括本体、导流环组、分流组件、收集组件、传感组件以及斜管过滤组，水流进入第一开口后，首先经过第一导流环，水流被第一导流口导向分流组件的锥形过滤板。锥形过滤板对大颗粒的泥沙进行过滤，大颗粒的泥沙会沉积在第一收集槽，而细小泥沙与水流经过锥形过滤板、第二导流口进入第二收集槽，水流在第二收集槽内在重力势能作用下从斜管过滤组的下方进入并从斜管过滤组的上方流出。在水流较大时，第一支撑板可以抵靠在第二收集槽上方，从而使得第二导流空隙最大化，避免水流进入第二收集槽内冲垮泥沙，增大水流从第二开口流出的流通量，实现水流大小时的流动量智能调节。
Intelligent adjusting mud-water separation well lid and intelligent adjusting method
一种智能调节的泥水分离井盖以及智能调节方法
YE HONGMENG (Autor:in) / LYU JIANLIN (Autor:in) / HU JIAPENG (Autor:in) / KANG BOO-WON (Autor:in) / SU LIMAN (Autor:in)
24.12.2024
Patent
Elektronische Ressource
Chinesisch
Municipal intelligent sewer well lid capable of adjusting water inflow
| Europäisches Patentamt | 2021
Inverted siphon inlet water level intelligent adjusting system and adjusting method thereof
| Europäisches Patentamt | 2021
Pump station circulation technology water supply intelligent adjusting system and adjusting method
| Europäisches Patentamt | 2020