Integral type anchor rod geocell

Abstract

The invention provides an integral type anchor rod geocell. The integral type anchor rod geocell comprises geocell bodies, cylinders and anchor rods. Each geocell of the geocell bodies is a rhombus-shaped geocell, the cylinders are arranged at each joint position of each rhombus-shaped geocell, the cylinders are hinged to the two ends of each geocell piece on the four faces of each rhombus-shaped geocell, and each cylinder is hinged to four geocell pieces; the cylinders are hollow sleeves, and four rows of fixing holes formed in the axial direction are symmetrically formed in the cylinder wall of the outer side of the cylinder; a plurality of vertically arranged connecting holes corresponding to the fixing holes are formed in the side edge of each geocell on the four sides of the rhombus-shaped geocell; circular ring-shaped connecting rings with reserved notches correspondingly penetrate through the connecting holes and are welded in the fixing holes, and the geocells are hinged with the sleeves through the connecting rings; the upper ends of the cylinders are not lower than the upper ends of the geocells, and the lower ends of the cylinders are not higher than the lower ends of the geocells; and the multiple anchor rods are correspondingly inserted into the cylinders and then are inserted into the slope to be fixed. The technical problems that the connecting strength of the connecting structure of the geocell and the anchor rods and the connecting strength of the geocell joints are insufficient, and the geocell deforms and is damaged are solved.

Description

technical field [0001] The invention relates to the technical field of slope protection engineering, in particular to an integral anchor geocell. Background technique [0002] Slope soil consolidation is the key and difficult point of slope protection engineering. Barbed wire, three-dimensional mesh, geogrid, geocell and other structures are generally used to provide physical protection for the slope soil, consolidate the soil, and prevent soil erosion. [0003] Among them, due to its light weight, good toughness, high strength, convenient transportation, and the ability to build a certain thickness of soil layer, geocells have gradually become the preferred material for soil consolidation on slopes. At present, there are many types of geocells on the market. In addition to the different types of materials, the main difference lies in the different connection methods of the cell sheets, and the geocells need to be fixed to the slope surface by anchor rods. Due to the lack o...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies of the prior art, the present invention provides an integral anchor geocell, the purpose of which is to solve the problem that the connection structure between the cell and the anchor and the connection strength of the cell nodes are insufficient, and the nodes of the geocell are damaged, resulting in the failure of the cell. Technical problems of deformation and fracture

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