Forming device for vegetation net pad

Abstract

The invention discloses a forming device for a vegetation net pad. According to the forming device, a material supporting frame is arranged at the feeding end of equipment, and multiple raw material rollers are erected on the material supporting frame. A net pad bending table is arranged on the rear side of the material supporting frame, forming of a folding layer is achieved through the net pad folding table, stretching and flattening of the folding layer are achieved through drawing of a secondary drawing machine table, guiding-in of a middle-layer net is achieved while stretching and flattening are achieved, combination of the folding layer and the middle-layer net is achieved through the secondary drawing machine table, oblique conveying of a bottom-layer net is achieved through the feeding end of a solidification machine table, hot-melt plastic is dropped into the folding layer and between the middle-layer net and the bottom-layer net while oblique conveying is achieved, and hot-melt fixing of the folding layer, the middle-layer net and the bottom-layer net is achieved through the structure.

Description

technical field [0001] The invention relates to the technical field of vegetation net cushion production devices, in particular to a forming device for vegetation net cushions. Background technique [0002] Vegetation mat is a protective device applied on both sides of ditches, roads, and dams. By laying vegetation mats, plant seeds or cultivated saplings are placed in the vegetation mats, and the plants are encouraged to grow on such mats. Realize root spread, and realize stable growth of plants on the slope through the root system. [0003] Most of the existing vegetation mats are realized by using geotextile or plastic mesh support devices, but such vegetation mats are not conducive to plant rooting. The applicant has designed a multi-layer structure through technological innovation. 3D vegetation mats such as figure 1 As shown, the planting mesh pad is provided with a multi-layer structure at the bottom, and then a folded layer with three-dimensional support is set a...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing vegetation mats are realized by using geotextile or plastic mesh support devices, but such vegetation mats are not conducive to plant rooting. The applicant has designed a multi-layer structure through technological innovation. 3D vegetation mats such as figure 1 As shown, the planting mesh pad is provided with a multi-layer structure at the bottom, and then a folded layer with three-dimensional support is set at the upper part, and the integral formation is realized by combining the folded layer with the multi-layer mesh structure at the bottom. This structure can effectively improve the plant growth time. root system development, to achieve better slope protection function

The structure of this vegetation mat is to fuse the bottom multi-layer structure and the three-dimensional structure together by melting plastic, but there is no molding device specially used for this type of vegetation mat on the market

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