Steep slope reinforcement and protection device and paving method thereof

Abstract

The invention discloses a steep slope reinforcement and protection device and a paving method of the steep slope reinforcement and protection device. The steep slope reinforcement and protection device comprises reynolds mats orderly paved on a steep slope; adjacent two reynolds mats are fixed to each other, and reynolds mats are fixed on the steep slope through anchor rods; gravels are filled in the reynolds mats, and vegetations are planted on the gravels. Compared with the prior art, the steep slope reinforcement and protection device has the beneficial effects: for the reynolds mats are woven by a machine, every unit lattice is connected tightly, and construction is simple; thus the steep slope reinforcement and protection device can effectively prevent stone collapse and enhance the structural anti-scouring ability; the anchor rods are nailed on the reynolds mats, on the one hand, the anti-scouring and anti-gliding abilities of the reynolds mats can be enhanced, so that the reynolds mats can be applicable to the steep slope reinforcement and protection; on the other hand, the integrity of the steep slope reinforcement and protection can be improved; gravels and vegetations are paved on the reynolds mats in order to absorb water and fix soil, prevent the slope from water erosion, green and improve environments, and the like; the steep slope reinforcement and protection device is simple in construction, short in work time limit, low in cost and maintaining cost, and so on.

Description

technical field [0001] The invention belongs to the field of steep slope engineering, and relates to a steep slope reinforcement protection device and a laying method thereof. Background technique [0002] With the growth of population and the development of land resources, the problem of steep slopes has become one of the global geological disasters juxtaposed with earthquakes and volcanoes. In recent years, with the continuous expansion of the scale of human engineering activities and the limitation of engineering geological conditions in the site, geological disasters such as collapses, landslides, and debris flows caused by steep slope instability have brought huge losses to people's lives and property. The stability of steep slopes has become increasingly prominent. [0003] For the stability of steep slopes, the existing treatment methods mainly fall into two categories: one is slope protection, commonly used measures include plastering such as mortar or composite soi...

AI Technical Summary

Problems solved by technology

At present, the commonly used engineering slope protection measures are often excessively pursuing strength and efficiency, destroying the ecological nature and poor landscape effect, and as time goes by, the concrete surface and the mortar surface will be weathered, aged, or even damaged, and the later renovation costs are high.

[0004] The above method can solve the problem of steep slope protection to a certain extent, but it also has its own shortcomings and deficiencies

The common disadvantages are: complex construction, high cost, long construction period, limitations in construction and maintenance, and high post-remediation costs

In particular, in terms of reinforcement and protection of steep slopes, there is no highly recognized and cost-effective reinforcement and protection process

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