A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a water seepage preventing structure for a geotechnical engineering slope, relates to the technical field of geotechnical engineering and more particularly relates to a water seepage preventing structure for the geotechnical engineering slope. The water seepage preventing structure comprises a slope body, a water collecting channel, a side inlet type water way and a water discharging channel. Water discharging tiles are arranged on the slope body, the water discharging tiles are arranged on the upper surface of the slope concrete layer, and natural rainfall flows into the water discharging channel through the water discharging tiles and does not need to flow through a main body of the slope body. The water discharging tiles further have an important effect that in the cold season, a frozen soil layer is generated on the slope body, under the sunshine effect, the frozen soil layer of the slope body can be melted, slope body sedimentation is generated after multiple times of repeated melting, the concrete layer of the slope body can be cracked, however, the slope body with the water discharging tiles can avoid the vast majority of the phenomenon of concrete layer cracking caused by the high and low temperature changes due to the sunshine effect, and frequent frozen layer melting and freezing processes generated by the sunshine effect in the cold weather can also be reduced.
本发明公开了一种岩土工程边坡的防渗水结构，涉及岩土工程技术领域，更为具体地涉及一种岩土工程边坡的防渗水结构，其包括：坡体、集水渠、侧入式水道以及排水渠。坡体设有排水瓦，排水瓦设置在坡体混凝土层的上表面以上，自然的降水通过排水瓦流入排水渠，无需流经坡体的主体。排水瓦还有一个重要的作用，即在寒冷季节，坡体产生冻土层，在日晒的作用下，坡体冻土层会产生融化，多次反复以后产生坡体沉降，坡体的混凝土层产生龟裂。而设有排水瓦的坡体，可以避免绝大部分日晒作用产生高低温变化，进而造成的混凝土层产生龟裂，还能降低寒冷季节日晒作用产生的频繁的冻土层融化以及冰冻过程。
The invention discloses a water seepage preventing structure for a geotechnical engineering slope, relates to the technical field of geotechnical engineering and more particularly relates to a water seepage preventing structure for the geotechnical engineering slope. The water seepage preventing structure comprises a slope body, a water collecting channel, a side inlet type water way and a water discharging channel. Water discharging tiles are arranged on the slope body, the water discharging tiles are arranged on the upper surface of the slope concrete layer, and natural rainfall flows into the water discharging channel through the water discharging tiles and does not need to flow through a main body of the slope body. The water discharging tiles further have an important effect that in the cold season, a frozen soil layer is generated on the slope body, under the sunshine effect, the frozen soil layer of the slope body can be melted, slope body sedimentation is generated after multiple times of repeated melting, the concrete layer of the slope body can be cracked, however, the slope body with the water discharging tiles can avoid the vast majority of the phenomenon of concrete layer cracking caused by the high and low temperature changes due to the sunshine effect, and frequent frozen layer melting and freezing processes generated by the sunshine effect in the cold weather can also be reduced.
本发明公开了一种岩土工程边坡的防渗水结构，涉及岩土工程技术领域，更为具体地涉及一种岩土工程边坡的防渗水结构，其包括：坡体、集水渠、侧入式水道以及排水渠。坡体设有排水瓦，排水瓦设置在坡体混凝土层的上表面以上，自然的降水通过排水瓦流入排水渠，无需流经坡体的主体。排水瓦还有一个重要的作用，即在寒冷季节，坡体产生冻土层，在日晒的作用下，坡体冻土层会产生融化，多次反复以后产生坡体沉降，坡体的混凝土层产生龟裂。而设有排水瓦的坡体，可以避免绝大部分日晒作用产生高低温变化，进而造成的混凝土层产生龟裂，还能降低寒冷季节日晒作用产生的频繁的冻土层融化以及冰冻过程。
Water seepage preventing structure for geotechnical engineering slope
一种岩土工程边坡的防渗水结构
HE QINGYU (author)
2020-10-13
Patent
Electronic Resource
Chinese
Geotechnical engineering slope water seepage prevention structure
| European Patent Office | 2021
Water seepage prevention structure of geotechnical engineering slope
| European Patent Office | 2022
Water seepage prevention structure of geotechnical engineering slope
| European Patent Office | 2024
Water seepage prevention structure of geotechnical engineering slope
| European Patent Office | 2023
Slope water seepage prevention equipment for geotechnical engineering design
| European Patent Office | 2024