嵌压式多向增强土工格栅

The embedded multi-directional reinforced geogrid solves the problems of easy curling, wrinkling and displacement of the geogrid during construction by using an equilateral triangle combination structure and positioning mechanism, thus achieving efficient construction and long-term stability.

CN224514182UActive Publication Date: 2026-07-17

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Filing Date
2025-08-27
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing geogrids are prone to curling, wrinkling, twisting and displacement during construction, resulting in low construction efficiency and reduced load-bearing capacity, affecting long-term service performance.

Method used

An embedded multi-directional reinforced geogrid is adopted, and through the design of equilateral triangle combination structure and positioning and auxiliary mechanism, rapid anchoring, mechanical interlocking and uniform stress transfer are achieved, which enhances the interlocking force and deformation resistance of the interface.

Benefits of technology

It improves construction efficiency, reduces the risk of grid wrinkling and displacement, enhances the overall deformation resistance and bearing capacity of the soil, and ensures long-term service performance.

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Abstract

本实用新型公开了嵌压式多向增强土工格栅,属于土工格栅技术领域,该嵌压式多向增强土工格栅,包括格栅主体,所述格栅主体内设有多个节点,多个所述节点之间相互连接有多个加强筋,其中两个所述节点外部均连接有固定杆,位于凹槽内,所述固定杆的顶部连接有用于定位格栅主体的定位机构,其中几个节点的外部连接有用于固定重叠格栅主体的辅助机构,其中两个所述节点的顶部均连接有圆环。本实用新型通过定位机构实现快速锚固与安全收纳一体化设计,利用固定杆的弹性韧性及倒刺的嵌锁作用,在按压按板时使固定杆快速插入土体形成稳定锚固,同时非使用状态下将倒刺收置于凹槽内避免刺伤风险,有效解决传统格栅铺设时锚固效率低及操作安全隐患问题。
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