A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Flood drainage structure for underneath pass of immovable cultural relics
According to the flood drainage structure, an underground flood drainage channel is adopted for underneath penetrating the immovable cultural relics, and a flood drainage pump station, a water outlet pressure box culvert, an open type water inlet, the underground flood drainage channel and a water outlet are sequentially arranged in the flood drainage water flow direction; the upstream of the pump station is connected with the built river channel, and the downstream is connected into the open water inlet through the water outlet pressure box culvert. The open type water inlet is reconstructed from an underground drainage channel construction vertical shaft and also serves as a system surge shaft. The top elevation of the underground drainage channel needs to be lower than the lowest elevation of cultural relics. The water outlet is provided with a drainage check gate capable of being remotely and automatically controlled, and a submersible sewage pump is arranged for discharging silt and emptying a flood drainage channel for overhauling. The drainage channel is located underground and has no influence on cultural relics; the floor area is small, and the influence on traffic, electric power and other infrastructures along the line is small; compared with a conventional open-cut river channel, the pressure drainage section is small in section, little in spoil and low in spoil disposal difficulty; and non-excavation equipment in the existing traffic field is utilized, so that the investment is controllable.
本发明公开了一种下穿不可移动文物的排涝结构，采用地下排涝通道下穿不可移动文物，沿排涝水流流向依次布置有排涝泵站、出水压力箱涵、开敞式进水口、地下排涝通道、出水口；泵站上游衔接已建河道，下游经出水压力箱涵接入开敞式进水口。开敞式进水口为地下排涝通道施工竖井改建，兼做系统调压井。地下排涝通道顶高程需低于文物的最低高程。出水口设置能够远程自动控制的排水节制闸，并设置潜水排污泵用于排淤及排空排涝通道进行检修。本发明排涝通道位于地下，对文物无影响；占地少，对沿线交通、电力等基础设施影响小；有压排涝断面相对常规明挖河道断面小、弃土少，弃土处置难度低；利用已有交通领域的非开挖设备，投资可控。
Flood drainage structure for underneath pass of immovable cultural relics
According to the flood drainage structure, an underground flood drainage channel is adopted for underneath penetrating the immovable cultural relics, and a flood drainage pump station, a water outlet pressure box culvert, an open type water inlet, the underground flood drainage channel and a water outlet are sequentially arranged in the flood drainage water flow direction; the upstream of the pump station is connected with the built river channel, and the downstream is connected into the open water inlet through the water outlet pressure box culvert. The open type water inlet is reconstructed from an underground drainage channel construction vertical shaft and also serves as a system surge shaft. The top elevation of the underground drainage channel needs to be lower than the lowest elevation of cultural relics. The water outlet is provided with a drainage check gate capable of being remotely and automatically controlled, and a submersible sewage pump is arranged for discharging silt and emptying a flood drainage channel for overhauling. The drainage channel is located underground and has no influence on cultural relics; the floor area is small, and the influence on traffic, electric power and other infrastructures along the line is small; compared with a conventional open-cut river channel, the pressure drainage section is small in section, little in spoil and low in spoil disposal difficulty; and non-excavation equipment in the existing traffic field is utilized, so that the investment is controllable.
本发明公开了一种下穿不可移动文物的排涝结构，采用地下排涝通道下穿不可移动文物，沿排涝水流流向依次布置有排涝泵站、出水压力箱涵、开敞式进水口、地下排涝通道、出水口；泵站上游衔接已建河道，下游经出水压力箱涵接入开敞式进水口。开敞式进水口为地下排涝通道施工竖井改建，兼做系统调压井。地下排涝通道顶高程需低于文物的最低高程。出水口设置能够远程自动控制的排水节制闸，并设置潜水排污泵用于排淤及排空排涝通道进行检修。本发明排涝通道位于地下，对文物无影响；占地少，对沿线交通、电力等基础设施影响小；有压排涝断面相对常规明挖河道断面小、弃土少，弃土处置难度低；利用已有交通领域的非开挖设备，投资可控。
Flood drainage structure for underneath pass of immovable cultural relics
一种下穿不可移动文物的排涝结构
SONG HAIJUAN (author) / YU JINDI (author) / ZHANG BAICHENG (author) / ZHANG RUI (author) / XIAO BING (author)
2024-11-22
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
/
E01F
ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
,
Zusätzliche Baumaßnahmen, wie die Ausstattung von Straßen oder die bauliche Ausbildung von Bahnsteigen, Landeplätzen für Hubschrauber, Wegweisern, Schneezäunen oder dgl.
/
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
Road underneath pass structure with good drainage performance and construction method
| European Patent Office | 2021
Historical landscape of immovable cultural properties in Brankovina and flood protection measures
| BASE | 2016
Novel drainage pump room for urban underneath pass short tunnel and drainage method
| European Patent Office | 2024