Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Low-carbon environment-friendly side slope anchoring retaining wall
The invention provides a low-carbon environment-friendly side slope anchoring retaining wall which comprises a plurality of anchor rod assemblies arranged on a side slope in an array mode and a prefabricated retaining wall body, the anchor rod assemblies are all anchored on the side slope and fixedly connected with the prefabricated retaining wall body, a center hole is formed in the prefabricated retaining wall body, and the tail ends of the anchor rod assemblies extend out of the center hole. The tail ends of every two adjacent anchor rod assemblies are connected together through a tightened strip-shaped object, the strip-shaped objects are connected to the tail ends of the anchor rod assemblies in a bolted mode, and therefore the prefabricated retaining wall is tightened through the anchor rod assemblies and the prefabricated retaining wall is hooped through the strip-shaped objects; hole cavities are formed in the prefabricated retaining wall and located on the periphery of the center hole, the hole cavities are through holes, and planting soil used for planting plants is arranged in the hole cavities. On the basis of ensuring the stability of the ecological slope anchoring retaining wall, the corresponding engineering cost is greatly reduced, the stability of the planted ecological plants is remarkably optimized, the problem that the early-stage stability of the plants planted on the ecological slope anchoring retaining wall is poor is solved, and meanwhile water can be better obtained by the plants.
本发明提供了一种低碳环保边坡锚拉挡墙，包括多个阵列布置在边坡上的锚杆组件和预制挡墙，锚杆组件均锚固在边坡上，锚杆组件与预制挡墙固定连接，在预制挡墙上设置有中心孔，锚杆组件末端伸出中心孔以外，采用绷紧的条状物将两个相邻的锚杆组件末端连接在一起，条状物栓接在锚杆组件末端，以实现通过锚杆组件拉紧预制挡墙以及通过条状物箍紧预制挡墙；在预制挡墙上且位于中心孔外围设置有孔腔，孔腔采用通孔，在孔腔内设置有用于种植植物的种植土。本发明在确保生态边坡锚拉挡墙稳定性的基础上，相应的工程造价大幅降低，且显著优化了所种植的生态植物稳定性，解决了生态边坡锚拉挡墙上种植的植物前期稳定性差的问题，同时更有利于植物获取水分。
Low-carbon environment-friendly side slope anchoring retaining wall
The invention provides a low-carbon environment-friendly side slope anchoring retaining wall which comprises a plurality of anchor rod assemblies arranged on a side slope in an array mode and a prefabricated retaining wall body, the anchor rod assemblies are all anchored on the side slope and fixedly connected with the prefabricated retaining wall body, a center hole is formed in the prefabricated retaining wall body, and the tail ends of the anchor rod assemblies extend out of the center hole. The tail ends of every two adjacent anchor rod assemblies are connected together through a tightened strip-shaped object, the strip-shaped objects are connected to the tail ends of the anchor rod assemblies in a bolted mode, and therefore the prefabricated retaining wall is tightened through the anchor rod assemblies and the prefabricated retaining wall is hooped through the strip-shaped objects; hole cavities are formed in the prefabricated retaining wall and located on the periphery of the center hole, the hole cavities are through holes, and planting soil used for planting plants is arranged in the hole cavities. On the basis of ensuring the stability of the ecological slope anchoring retaining wall, the corresponding engineering cost is greatly reduced, the stability of the planted ecological plants is remarkably optimized, the problem that the early-stage stability of the plants planted on the ecological slope anchoring retaining wall is poor is solved, and meanwhile water can be better obtained by the plants.
本发明提供了一种低碳环保边坡锚拉挡墙，包括多个阵列布置在边坡上的锚杆组件和预制挡墙，锚杆组件均锚固在边坡上，锚杆组件与预制挡墙固定连接，在预制挡墙上设置有中心孔，锚杆组件末端伸出中心孔以外，采用绷紧的条状物将两个相邻的锚杆组件末端连接在一起，条状物栓接在锚杆组件末端，以实现通过锚杆组件拉紧预制挡墙以及通过条状物箍紧预制挡墙；在预制挡墙上且位于中心孔外围设置有孔腔，孔腔采用通孔，在孔腔内设置有用于种植植物的种植土。本发明在确保生态边坡锚拉挡墙稳定性的基础上，相应的工程造价大幅降低，且显著优化了所种植的生态植物稳定性，解决了生态边坡锚拉挡墙上种植的植物前期稳定性差的问题，同时更有利于植物获取水分。
Low-carbon environment-friendly side slope anchoring retaining wall
一种低碳环保边坡锚拉挡墙
LI CHENG (Autor:in) / SI HONGTAO (Autor:in) / CHENG LIJUN (Autor:in) / WANG CHEN (Autor:in) / WANG FENGWEN (Autor:in) / WANG YUNQI (Autor:in) / HUANG TONGYI (Autor:in) / MA LEI (Autor:in) / LI MANYI (Autor:in) / MAO ZHENG (Autor:in)
23.08.2024
Patent
Elektronische Ressource
Chinesisch
Novel side slope retaining anchoring slide-resistant pile
| Europäisches Patentamt | 2023
| Europäisches Patentamt | 2024