Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Self-weight anchorage type geogrid structure
The invention relates to the field of geogrid structures, in particular to a self-weight anchorage type geogrid structure. The self-weight anchorage type geogrid structure comprises a fixed sleeve, watering structures, locking structures, connecting structures, anchoring structures and soil fixing structures, the watering structures are arranged on two geogrid bodies, in the drought weather, watercan be automatically supplied to tree trunk roots, trunk growth can be ensured, through the locking structure, road holding of the tree trunk roots and soil is higher, the anchoring structures are arranged in the two geogrid bodies, the geogrid bodies are firmly fixed to the ground soil, the condition of geogrid body slippage caused by water and soil losses can be prevented, when the anchoring structures work, the soil fixing structures can be synchronously driven to work, through work of the soil fixing structures, the geogrid bodies and the ground soil can be more strongly fixed, due to increasing of the contact area with the ground soil, the water and soil losses can be effectively prevented, and the aim of protecting soil is achieved.
本发明涉及土工格栅结构领域，具体的说是一种自重锚固型土工格栅结构，包括固定套、浇水结构、锁紧结构、连接结构、锚固结构和固土结构；通过在两个格栅本体上均设置浇水结构，能够在干旱天气时，自动的对树干根部进行供水，从而能够保证树干的生长，通过设置锁紧结构，能够使树干根部与土壤的抓地力更强，通过在两个格栅本体的内部安装锚固结构，能够将格栅本体牢牢的与地面土壤进行固定，从而能够防止水土流失造成格栅本体滑脱的情况，且在锚固结构工作的同时，还能够同步带动固土结构进行工作，通过固土结构的工作，能够将格栅本体与地面土壤的固定性更强，还能够由于增加了地面土壤的接触面积，还能够有效防止水土流失，达到保护土壤的目的。
Self-weight anchorage type geogrid structure
The invention relates to the field of geogrid structures, in particular to a self-weight anchorage type geogrid structure. The self-weight anchorage type geogrid structure comprises a fixed sleeve, watering structures, locking structures, connecting structures, anchoring structures and soil fixing structures, the watering structures are arranged on two geogrid bodies, in the drought weather, watercan be automatically supplied to tree trunk roots, trunk growth can be ensured, through the locking structure, road holding of the tree trunk roots and soil is higher, the anchoring structures are arranged in the two geogrid bodies, the geogrid bodies are firmly fixed to the ground soil, the condition of geogrid body slippage caused by water and soil losses can be prevented, when the anchoring structures work, the soil fixing structures can be synchronously driven to work, through work of the soil fixing structures, the geogrid bodies and the ground soil can be more strongly fixed, due to increasing of the contact area with the ground soil, the water and soil losses can be effectively prevented, and the aim of protecting soil is achieved.
本发明涉及土工格栅结构领域，具体的说是一种自重锚固型土工格栅结构，包括固定套、浇水结构、锁紧结构、连接结构、锚固结构和固土结构；通过在两个格栅本体上均设置浇水结构，能够在干旱天气时，自动的对树干根部进行供水，从而能够保证树干的生长，通过设置锁紧结构，能够使树干根部与土壤的抓地力更强，通过在两个格栅本体的内部安装锚固结构，能够将格栅本体牢牢的与地面土壤进行固定，从而能够防止水土流失造成格栅本体滑脱的情况，且在锚固结构工作的同时，还能够同步带动固土结构进行工作，通过固土结构的工作，能够将格栅本体与地面土壤的固定性更强，还能够由于增加了地面土壤的接触面积，还能够有效防止水土流失，达到保护土壤的目的。
Self-weight anchorage type geogrid structure
一种自重锚固型土工格栅结构
YANG YONGJIAN (Autor:in)
24.07.2020
Patent
Elektronische Ressource
Chinesisch
Pullout Behavior of the L-Shaped Anchorage of Geogrid Under Static and Cyclic Loading
| Online Contents | 2022
Pullout Behavior of the L-Shaped Anchorage of Geogrid Under Static and Cyclic Loading
| Springer Verlag | 2022