A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Shallow groundwater pumping drainage type dewatering system
The invention discloses a shallow groundwater pumping drainage type dewatering system which is characterized in that when the groundwater level in a water collecting well reaches a certain height, a water level detector is triggered, after the water level detector is triggered, a centrifugal pump is started, and accumulated water in the water collecting well is pumped out by the centrifugal pump and conveyed into a reservoir, so that excessive accumulated water in the water collecting well is avoided; shallow underground water is filtered into the water collecting seepage pipe through the gravel layer and the inverted filter layer, flows into the water collecting well through the water collecting seepage pipe, is blocked by the sand blocking ridge, is accumulated on the right side of the interior of the water collecting well and is precipitated; four supporting springs internally provided with damping mechanisms are evenly distributed at the four corners of the top of the mounting plate, the vibration amplitude generated by the centrifugal pump is reduced, when a piston rod drives an extrusion plate to move, hydraulic oil in a damping cylinder can be compressed, the hydraulic oil passes through a damping hole to generate damping, and the piston rod is forced to move slowly; and the supporting spring can be prevented from being rebounded in a reciprocating mode due to the high damping performance.
本发明公开了浅层地下水抽排式降水系统，当集水井内部的地下水水位高度达到一定高度时，便会触发水位检测器，水位检测器触发后，启动离心泵，离心泵将集水井内部的积水抽出，并通过输送至蓄水池的内部，避免集水井内部的积水过多；浅层地下水通过碎石层和反滤层过滤至集水渗管的内部，并通过集水渗管流动至集水井的内部，并被挡沙坎阻拦，并堆积在集水井的内部右侧，进行沉淀；通过四个内部带有阻尼机构的支撑弹簧均匀分布在安装板顶部四角，对离心泵产生的震动幅度减轻，当活塞杆带动挤压板移动会压缩阻尼筒内的液压油，液压油经过阻尼孔产生阻尼，迫使活塞杆移动缓慢，较强的阻尼性能够将支撑弹簧避免往复回弹。
Shallow groundwater pumping drainage type dewatering system
The invention discloses a shallow groundwater pumping drainage type dewatering system which is characterized in that when the groundwater level in a water collecting well reaches a certain height, a water level detector is triggered, after the water level detector is triggered, a centrifugal pump is started, and accumulated water in the water collecting well is pumped out by the centrifugal pump and conveyed into a reservoir, so that excessive accumulated water in the water collecting well is avoided; shallow underground water is filtered into the water collecting seepage pipe through the gravel layer and the inverted filter layer, flows into the water collecting well through the water collecting seepage pipe, is blocked by the sand blocking ridge, is accumulated on the right side of the interior of the water collecting well and is precipitated; four supporting springs internally provided with damping mechanisms are evenly distributed at the four corners of the top of the mounting plate, the vibration amplitude generated by the centrifugal pump is reduced, when a piston rod drives an extrusion plate to move, hydraulic oil in a damping cylinder can be compressed, the hydraulic oil passes through a damping hole to generate damping, and the piston rod is forced to move slowly; and the supporting spring can be prevented from being rebounded in a reciprocating mode due to the high damping performance.
本发明公开了浅层地下水抽排式降水系统，当集水井内部的地下水水位高度达到一定高度时，便会触发水位检测器，水位检测器触发后，启动离心泵，离心泵将集水井内部的积水抽出，并通过输送至蓄水池的内部，避免集水井内部的积水过多；浅层地下水通过碎石层和反滤层过滤至集水渗管的内部，并通过集水渗管流动至集水井的内部，并被挡沙坎阻拦，并堆积在集水井的内部右侧，进行沉淀；通过四个内部带有阻尼机构的支撑弹簧均匀分布在安装板顶部四角，对离心泵产生的震动幅度减轻，当活塞杆带动挤压板移动会压缩阻尼筒内的液压油，液压油经过阻尼孔产生阻尼，迫使活塞杆移动缓慢，较强的阻尼性能够将支撑弹簧避免往复回弹。
Shallow groundwater pumping drainage type dewatering system
浅层地下水抽排式降水系统
SUN BIN (author) / ZHU JUN (author) / REN DONG (author) / MA GUANGLIANG (author) / YANG XIAOHUI (author) / DONG SHANSHAN (author) / CAO LEI (author) / ZHANG KUN (author) / ZHANG ZHAOFEI (author) / LI MING (author)
2023-06-02
Patent
Electronic Resource
Chinese
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