Side slope protection structure

Abstract

The invention relates to the technical field of slope protection, in particular to a side slope protection structure. The side slope protection structure comprises a buffering assembly and a steel bar gravel cage retaining wall. The buffering assembly comprises a buffering piece and a first anchoring piece. The buffering piece extends along the length direction of the slope; the first anchoring part is connected with the buffering piece and is anchored on the slope surface of the side slope; the steel bar gravel cage retaining wall extends in the length direction of the side slope and is located between the slope toe of the side slope and the road, and the top of the steel bar gravel cage retaining wall is higher than the slope toe. According to the slope protection structure, the protection effect of the slope can be improved, the slope protection cost is reduced, and the protection period can be prolonged; and the self-drainage effect is good, and the situation that water is accumulated at the slope toe can be avoided.

Description

technical field [0001] The invention relates to the technical field of slope protection, in particular to a slope protection structure. Background technique [0002] At present, the slope protection device includes a plurality of steel columns arranged at intervals, and a protective net for intercepting rolling stones arranged between two adjacent steel columns. [0003] When rolling stones fall on the side slope, the rolling stones can be intercepted by the protective net, so as to prevent the rolling stones from falling on the road. However, some rolling stones are very slow and fall on the protective net along the slope of the edge; some rolling stones are fast and hit the protective net directly without touching the slope. This part of the rolling stone has a very large impact on the protective net. It is very easy to cause damage to the protective net, and a large number of falling rocks are intercepted on the protective net, but the carrying capacity of the protective...

AI Technical Summary

Problems solved by technology

However, some rolling stones are very slow and fall onto the protective net along the slope of the edge; some rolling stones are very fast and directly hit the protective net without touching the slope. This part of the rolling stone has a very large impact on the protective net. It is very easy to cause damage to the protective net, and a large number of falling rocks are intercepted on the protective net, but the carrying capacity of the protective net is limited, and the protective net is also easily damaged

[0004] Therefore, the existing slope protection devices have problems such as poor protection effect, high protection cost and low service life of the protection net.

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