A reshaping and reinforcement structure for crushed stone slopes in mines

Abstract

This utility model discloses a reshaping and reinforcement structure for crushed stone slopes in mines, including a reinforcing mesh. Several first and second fixing cylinders, evenly spaced along the edges, are connected to the upper and lower sides of the reinforcing mesh. The first and second fixing cylinders have identical structures. The first fixing cylinder can rotate freely at the edge of the reinforcing mesh. A connecting cylinder, coaxially connected to the end of the first fixing cylinder, is provided. Adjacent first fixing cylinders can be fitted onto adjacent connecting cylinders, and the inner wall of the first fixing cylinder can abut against the connecting cylinder. This utility model features rapid and effective top-to-bottom laying of the reinforcing mesh, improved laying efficiency, reduced danger of frequent worker movement up and down slopes, slope reinforcement, prevention of soil erosion, and facilitated vegetation planting and survival, thus meeting environmental protection requirements.

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