Remedial reinforcement device and method for emergency rescue of anti-slide pile slope

Abstract

The invention discloses a remedial reinforcement device and a method for emergency rescue of an anti-slide pile side slope, belonging to the field of roads and bridges, which can rapidly improve the shear resistance index of soil, quickly stabilize the side slope in the early stage of danger, reduce construction cost, and ensure The road is in normal operation, and the devices include anti-sliding piles, deformation monitoring steel pipe piles, miniature steel pipe pile groups and retaining plates between piles. The anti-sliding piles are inserted into the original sliding surface, and the anti-sliding piles are inserted into the deformation monitoring steel Pipe piles are used to monitor the deformation of rock layers or soil. Micro steel pipe piles are set on the front side of the anti-sliding piles, and a pile top platform is set on the top of the micro-steel piles; between adjacent anti-sliding piles, soil retaining between piles is set The retaining plate between the piles is anchored in the bedrock layer.

Description

technical field [0001] The invention belongs to the field of roads and bridges, and in particular relates to a remedial reinforcement device and method for emergency rescue of anti-slide pile slopes. Background technique [0002] The statements herein merely provide background information related to the present invention and do not necessarily constitute prior art. [0003] During the construction and operation stages of road and railway slopes, under the influence of continuous rainfall and other bad weather or special geological disasters, the rock and soil mechanical indicators of the slope continue to decline, and a new downcut sliding surface is formed on the slope below the old sliding surface, forming a deeper , A wider range of sliding surfaces, the generation of new sliding surfaces leads to the inability of the original slope reinforcement measures to resist the increased sliding force, resulting in the inclination of anti-slide piles and the failure of anchoring m...

AI Technical Summary

Problems solved by technology

[0003] During the construction and operation stages of road and railway slopes, under the influence of continuous rainfall and other bad weather or special geological disasters, the rock and soil mechanical indicators of the slope continue to decline, and a new downcut sliding surface is formed on the slope below the old sliding surface, forming a deeper , a wider range of sliding surfaces, the generation of new sliding surfaces leads to the inability of the original slope reinforcement measures to resist the increased sliding force, resulting in the inclination of anti-slide piles and the failure of anchoring measures

If the above-mentioned slope diseases are not dealt with and reinforced in time, the instability and slide of the slope will lead to the interruption of traffic, which will bring great obstacles to material transportation and emergency rescue.

[0004] The inventors found that conventional emergency rescue would delay the best emergency rescue time due to the rationality of the discussion plan, economical cost, and unreasonable process, and would often cost more to deal with

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