The utility model relates to an ecological green structure of bare soft slope body. The impervious layer is set along the slope of the slope body. The foundation is formed with the brick barrier layer to form the slope protection. The seepage prevention layer and the slope form the water storage ditch. The backfill soil layer and the gravel layer are all located in the reservoir, and the brick barrier layer is made up of the upper and lower layers of the brick blocks. The brick barrier layer has the slope. A drainage hole is provided with a drainage hole penetrated through the brick barrier layer, and a drainage pipe is connected with a drainage hole, and the water intake of the drainage pipe is connected with the water storage ditch; the bidirectional geogrid is set along the slope of the brick barrier, and the two-way geogrid and the brick barrier are fixed between the bar and the brick barrier layer, and a number of holes are formed between the bi-directional geogrid and the brick barrier layer, and the brick barrier layer is formed. There are planting grooves in the part, and there are planting soil in pit and planting trough. There are overlapping vines for plant climbing between planting trough and slope. The ecological restoration structure of the bare soft slope body proposed by the utility model has high structural stability, and can build a green ecosystem on the slope body, which helps to create a good ecological environment.
【技术实现步骤摘要】
一种裸露软质坡体生态复绿结构
本技术涉及坡体生态修复领域,尤其涉及一种裸露软质坡体生态复绿结构。
技术介绍
在坡体上种植绿色植物,有助于在坡体周围营造一个良好的生态环境。但是对于裸露的软质坡体而言,其坡面稳定性差,在雨量较大时,软质坡体极易发生滑坡,滑坡会造成坡面土壤流失,还会危及下游安全,带来安全隐患,并导致治理工程的毁损,造成人力和财力的浪费。
技术实现思路
本技术正是针对现有技术存在的不足,提供了一种裸露软质坡体生态复绿结构。为解决上述问题,本技术所采取的技术方案如下:一种裸露软质坡体生态复绿结构,设置在坡体前侧,包括:防渗层、地基、砖垒层、回填土层、碎石层、双向土工格栅;所述防渗层沿坡体斜面设置,所述地基和砖垒层由上往下依次布置,并配合形成护坡,所述防渗层和护坡之间形成储水沟,所述回填土层和碎石层均位于所述储水沟内,其中,所述回填土层位于所述碎石层上方;所述地基伸入地表中,所述砖垒层连接在地基上,并位于地表上方,所述砖垒层由多层砖块上下错缝堆砌而成,所述砖垒层具有坡度,由上往下,所述砖垒层的水平截面之间增大,所述砖垒层贯穿地开设有排水孔,所述排水孔中连接有排水管,所述排水管的进水口与所述储水沟连通;所述双向土工格栅沿所述砖垒层斜面设置,所述双向土工格栅与砖垒层之间通过钢筋固定连接,所述双向土工格栅与砖垒层之间形成多个穴坑,所述砖垒层顶部设有种植槽,所述穴坑和所述种植槽内均设有种植土,所述种植槽与所述坡体之间搭接有供植物攀爬的藤架。优选地,所述防渗层采用混凝土喷射压实在所述坡体上而形成,所述防渗层与所述坡体之间通过锚杆固定连接。优选地,所述地基采用密实混凝土 ...
【技术保护点】
一种裸露软质坡体生态复绿结构,设置在坡体前侧,其特征在于,包括:防渗层、地基、砖垒层、回填土层、碎石层、双向土工格栅;所述防渗层沿坡体斜面设置,所述地基和砖垒层由上往下依次布置,并配合形成护坡,所述防渗层和护坡之间形成储水沟,所述回填土层和碎石层均位于所述储水沟内,其中,所述回填土层位于所述碎石层上方;所述地基伸入地表中,所述砖垒层连接在地基上,并位于地表上方,所述砖垒层由多层砖块上下错缝堆砌而成,所述砖垒层具有坡度,由上往下,所述砖垒层的水平截面之间增大,所述砖垒层贯穿地开设有排水孔,所述排水孔中连接有排水管,所述排水管的进水口与所述储水沟连通;所述双向土工格栅沿所述砖垒层斜面设置,所述双向土工格栅与砖垒层之间通过钢筋固定连接,所述双向土工格栅与砖垒层之间形成多个穴坑,所述砖垒层顶部设有种植槽,所述穴坑和所述种植槽内均设有种植土,所述种植槽与所述坡体之间搭接有供植物攀爬的藤架。
【技术特征摘要】
1.一种裸露软质坡体生态复绿结构,设置在坡体前侧,其特征在于,包括:防渗层、地基、砖垒层、回填土层、碎石层、双向土工格栅;所述防渗层沿坡体斜面设置,所述地基和砖垒层由上往下依次布置,并配合形成护坡,所述防渗层和护坡之间形成储水沟,所述回填土层和碎石层均位于所述储水沟内,其中,所述回填土层位于所述碎石层上方;所述地基伸入地表中,所述砖垒层连接在地基上,并位于地表上方,所述砖垒层由多层砖块上下错缝堆砌而成,所述砖垒层具有坡度,由上往下,所述砖垒层的水平截面之间增大,所述砖垒层贯穿地开设有排水孔,所述排水孔中连接有排水管,所述排水管的进水口与所述储水沟连通;所述双向土工格栅沿所述砖垒层斜面设置,所述双向土工格栅与砖垒层之间通过钢筋固定连接,所述双向土工格栅与砖垒层之间形成多个穴坑,所述砖垒层顶部设有种植槽,所述穴坑和所述种植槽内均设有种植土,所述种植槽与所述坡体之间...
【专利技术属性】
技术研发人员:曹斌,梁宝,李雪松,
申请(专利权)人:华艺生态园林股份有限公司,
类型:新型
国别省市:安徽,34
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