Ecological reinforcement method for rock slope

Abstract

The invention discloses an ecological reinforcement method for a rock slope. The ecological reinforcement method for the rock slope is characterized by comprising the following steps that a, broken stone is cleaned; b, a measuring tool is prepared; c, slope measurement is carried out; d, a slope reinforcement assembly is prefabricated, specifically, the reinforcement assembly comprises a base, a plurality of protective partition plates and a planting frame, one ends of the protective partition plates are arranged in the base and are fixed to the base in a condensation mode, and fixed mud filling tubes are arranged on the protective partition plates; and the planting frame is separately welded and fixed to the multiple protective partition plates; e, a foundation groove is excavated; f, a reinforcing groove is drilled; g, the reinforcement assembly is constructed; and h, plant maintenance is carried out. The ecological reinforcement method for the rock slope has the following advantagesand effects that a novel mechanical structure is used, weathering of rock is effectively prevented, the stability of the rock is enhanced, and the risk of damage to vehicles and pedestrians due to rock fragmentation and collapse is reduced.

Description

technical field [0001] The invention relates to the field of slope reinforcement engineering, in particular to an ecological reinforcement method for rock slopes. Background technique [0002] At present, with the rapid development of the mountain economy, various engineering construction projects are constantly advancing. Mountain highways, water conservancy and hydropower projects, and municipal construction have formed a large number of exposed rock slopes. Slopes can be divided into rocky slopes, soil slopes and rock-soil mixed slopes according to the properties of their constituent materials. Rocky slopes usually refer to steep rocky slopes next to roads in mountainous areas, which are quite different from soil slopes. Due to the physical and mechanical properties of the rock mass itself, the self-stabilizing ability is stronger than that of the soil slope, so the slope is usually steeper. In addition, rocky slopes have poor water retention and relatively poor soil, ...

AI Technical Summary

Problems solved by technology

[0003] The existing ecological slope protection technology is often to open grooves in the rocks and set the planting substrate required by the vegetation in the grooves, which can slow down the weathering of the rocks to a certain extent, but this method destroys the structure of the rocks in a large area and affects The stability of the ecological slope protection has great damage, and the ecological slope protection technology lacks the reinforcement effect on the rock, so it is difficult to effectively prevent the broken rock from falling from the rock slope, which poses a certain threat to the safety of vehicles and pedestrians on the road

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