Geocell laying device capable of adapting to multiple cell numbers and used for land treatment

Abstract

The invention relates to the field of land treatment, in particular to a geocell laying device capable of adapting to multiple cell numbers and used for land treatment. The geocell laying device capable of adapting to the multiple cell numbers and used for land treatment comprises a bottom frame, a nutrient soil laying assembly, a tamping assembly, a geocell laying assembly and the like; the nutrient soil laying assembly is fixedly connected with the tamping assembly; and the tamping assembly is fixedly connected with the geocell laying assembly. When the device is used, the periphery of geotechnical cloth is automatically made to exceed nutrient soil, meanwhile, the geotechnical cloth below a nutrient soil layer is prevented from being wrinkled, meanwhile, the geotechnical cloth is prevented from being scratched by sharp stones, stability is greatly improved, geocells of different specifications are automatically and fully unfolded, meanwhile, the four right-angle positions of the geocells are automatically flattened, and the springback phenomenon after the geocell is laid is avoided.

Description

technical field [0001] The invention relates to the field of land treatment, in particular to a geocell laying device for land treatment that can adapt to various grid numbers. Background technique [0002] In the prior art, rocky desertification will cause simplification of the vegetation structure and the ecological system. When the existing device controls the rocky desertification land, the geotextile is first laid on the top of the land, and then the nutrient soil is laid on the top of the geotextile. Then compact the nutrient soil, and then lay the geocell on the top of the nutrient soil layer, and the geotextile is relatively soft, and the geotextile will wrinkle during the laying process. Extend to the outside, so that the nutrient soil layer exceeds the geotextile, and the ground contains sharp stones. During the compaction process, the sharp stones will cut through the geotextile, which greatly reduces the structural stability. Only a geocell of a specific specifi...

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Problems solved by technology

[0004] In order to overcome the existing device when treating rocky desertification land, due to the relative softness of the geotextile, the geotextile will wrinkle during the laying process, and at the same time, the edge of the nutrient soil layer will extend outward during the process of compacting the nutrient soil , so that the nutrient soil layer exceeds the geotextile. At the same time, the ground contains sharp stones. During the compaction process, the sharp stones will scratch the geotextile and greatly reduce the structural stability. A geocell with a specific specification is fully deployed. At the same time, the existing device deploys the geocell directly above the nutrient soil layer. Under the action of elasticity, the geocell rebounds, causing some cells to become smaller, seriously Disadvantages that affect the subsequent planting process, technical problems: provide a geocell laying device for land management that can adapt to a variety of cell numbers

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