A Greening Structure Applicable to Uneven and Steep Slopes

Abstract

The invention discloses a complex green structure suitable for uneven and steep slopes. It includes: planting slot coamings, rotating shafts and anchor rods arranged between the planting slot coamings, two adjacent planting slot coamings can rotate around the rotating shaft as the axis, and the rotating shaft includes the first rotating shaft assembly and the first rotating shaft sleeve The second rotating shaft assembly on the assembly, the anchor rod runs through the rotating shaft and the anchor rod can reciprocate in the axial direction of the rotating shaft, the anchor rod and the first rotating shaft assembly remain relatively stationary, when the first rotating shaft assembly rotates, the anchor rod can follow the As the first rotating shaft assembly rotates, the end of the anchor rod away from the ground is fixedly connected to the limit rod. The planting groove coaming plate of the present invention can select a suitable area to form according to the actual concave-convex conditions of the rock slope, so that the shape of the planting groove can be adjusted and changed according to the actual slope conditions, avoiding places where the gap between concave and convex is too large, It ensures the tightness between the planting groove and the slope surface, making it easier for vegetation to take root in the rocky slope gap.

Description

technical field [0001] The invention relates to the technical field of slope regreening, in particular to a regreening structure suitable for uneven and steep slopes. Background technique [0002] At present, the method of regreening rocky slopes is to integrate the management of rocky slopes with greening transformation. The common way is to use protective nets, waterproof fiber layers, and non-woven fabrics to protect vegetation and its growth conditions and improve artificial greening. success rate. However, this method is only suitable for gentle slopes, and for steep rocky slopes, it is still difficult for vegetation to attach and survive stably. At the same time, the surface of steep rocky slopes is uneven, and the structure of traditional planting grooves is Fixed, it is difficult to find an area similar to the shape of the planting trough to install the planting trough in the actual installation, resulting in the bottom of the planting trough cannot be in good conta...

AI Technical Summary

Problems solved by technology

However, this method is only suitable for gentle slopes, and for steep rocky slopes, it is still difficult for vegetation to attach and survive stably. At the same time, the surface of steep rocky slopes is uneven, and the structure of traditional planting grooves is Fixed, it is difficult to find an area similar to the shape of the planting trough to install the planting trough in the actual installation, resulting in the bottom of the planting trough cannot be in good contact with the slope surface, which increases the difficulty of growing vegetation roots into the rocky slope gaps

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