A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Deep cut slope protection device and construction method thereof
The invention discloses a deep cut slope protection device and a construction method thereof, the deep cut slope protection device comprises a plurality of transverse steel cables and longitudinal steel cables, the transverse steel cables are arranged in parallel, the longitudinal steel cables are arranged in parallel, and the transverse steel cables and the longitudinal steel cables are arranged vertically. The protective net is simple in structure, the hollow balls are pressed on the revetment to support the protective net, so that a certain gap is formed between the protective net and the revetment, and therefore, even if rocks on the revetment slide down, the rocks can slide to the bottom of the protective net through the gap, the situation that the protective net holds the slide-down rocks in the air, and instability and danger exist is avoided; the hollow ball can freely slide relative to the slope protection, compared with other block-shaped or rod-shaped supporting objects, the degree of freedom of the hollow ball is high, even if rock hits the hollow ball, the hollow ball still has good supporting performance, the hollow balls with different diameters are selected according to the size of the rock of the slope protection, the larger the diameter of the rock is, the larger the diameter of the selected hollow ball is, and the applicability is good.
本发明公开了一种深挖路堑边坡防护装置及其施工方法，包括若干横向钢索和纵向钢索，所述横向钢索之间平行设置，纵向钢索之间平行设置，横向钢索和纵向钢索垂直设置。本发明结构简单，空心球压在护坡上，将防护网撑起，使得防护网与护坡之间形成一定的间隙，这样一来，即使护坡的岩石滑落，可通过间隙滑至防护网底部，避免防护网将滑落的岩石兜在半空中，存在不稳定性和危险性，不仅如此，空心球可与护坡自由滑动，相对其它块状或棒状支撑物，其自由度较高，即使岩石砸在空心球上，其仍具有较好的支撑性，而且根据护坡岩石的大小来选取不同直径的空心球，岩石直径越大，选取的空心球直径就越大，适用性较好。
Deep cut slope protection device and construction method thereof
The invention discloses a deep cut slope protection device and a construction method thereof, the deep cut slope protection device comprises a plurality of transverse steel cables and longitudinal steel cables, the transverse steel cables are arranged in parallel, the longitudinal steel cables are arranged in parallel, and the transverse steel cables and the longitudinal steel cables are arranged vertically. The protective net is simple in structure, the hollow balls are pressed on the revetment to support the protective net, so that a certain gap is formed between the protective net and the revetment, and therefore, even if rocks on the revetment slide down, the rocks can slide to the bottom of the protective net through the gap, the situation that the protective net holds the slide-down rocks in the air, and instability and danger exist is avoided; the hollow ball can freely slide relative to the slope protection, compared with other block-shaped or rod-shaped supporting objects, the degree of freedom of the hollow ball is high, even if rock hits the hollow ball, the hollow ball still has good supporting performance, the hollow balls with different diameters are selected according to the size of the rock of the slope protection, the larger the diameter of the rock is, the larger the diameter of the selected hollow ball is, and the applicability is good.
本发明公开了一种深挖路堑边坡防护装置及其施工方法，包括若干横向钢索和纵向钢索，所述横向钢索之间平行设置，纵向钢索之间平行设置，横向钢索和纵向钢索垂直设置。本发明结构简单，空心球压在护坡上，将防护网撑起，使得防护网与护坡之间形成一定的间隙，这样一来，即使护坡的岩石滑落，可通过间隙滑至防护网底部，避免防护网将滑落的岩石兜在半空中，存在不稳定性和危险性，不仅如此，空心球可与护坡自由滑动，相对其它块状或棒状支撑物，其自由度较高，即使岩石砸在空心球上，其仍具有较好的支撑性，而且根据护坡岩石的大小来选取不同直径的空心球，岩石直径越大，选取的空心球直径就越大，适用性较好。
Deep cut slope protection device and construction method thereof
一种深挖路堑边坡防护装置及其施工方法
GOU CHUNJIANG (author) / TIAN XIAOJUN (author) / LI YANNING (author) / ZHANG CHUANRU (author) / YANG GUANG (author) / XIE WENXUAN (author) / GAO HONG (author) / YUAN YANFEI (author)
2022-09-30
Patent
Electronic Resource
Chinese
Novel slope protection device and construction method thereof
| European Patent Office | 2023
Tunnel slope protection device and construction and protection method thereof
| European Patent Office | 2024
River ecological slope protection device and construction method thereof
| European Patent Office | 2023
Side slope protection device for road construction and protection method thereof
| European Patent Office | 2023