Multifunctional slope protection net rack for water and soil conservation

Abstract

The invention relates to a multifunctional slope protection net rack for water and soil conservation. The multifunctional slope protection net rack comprises a bottom rack rod, a track groove, a top rack rod, supporting mechanisms, a push plate and a scraping mechanism; the bottom rack rod and the top rack rod are fixed to a soil slope through anchor rods at the two ends of the back face; a row of rotating bases is arranged on the back face of the bottom rack rod and the back face of the top rack rod; a row of supporting mechanisms is arranged between the bottom rack rod and the top rack rod through the rotating bases; each supporting mechanism comprises a rotating pipe penetrating the corresponding rotating base through a bearing, and a row of supporting rods arranged on the outer wall of the rotating pipe; and a row of tooth faces is arranged on the bottom face of the push plate, and therefore when the push plate conducts pushing movement, the tooth faces are used for driving gears to drive the row of rotating pipes to rotate, the supporting rods are arranged on the rotating pipes, after the rotating pipes drive the supporting rods to rotate backwards, most area of a protection net can be pressed into slope soil, and therefore the protection net is more stable in use, damage caused by storm wind to the protection net can be resisted, and application is more reasonable.

Description

technical field [0001] The invention relates to the technical field of slope protection, in particular to a multifunctional slope protection net frame for water and soil conservation. Background technique [0002] The problem of water and soil loss on slopes is relatively serious. Therefore, in order to solve this problem, construction workers often set up protective nets on the slopes after construction to prevent water and soil erosion. Most of the protective nets are slope-type protective nets. Fix it on the soil slope to prevent the soil on the slope from sliding down and soil erosion. [0003] However, most of the existing net frames are frame structures, and the protective net is hung on the net frame by using the frame. Due to the lack of a structure for further fixing the protective net, the frame can only be fixed to the perimeter of the protective net, and cannot be fixed to the protective net. The central area is fixed, so that when the protective net is actually...

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Problems solved by technology

[0003] However, most of the existing net frames are frame structures, and the protective net is hung on the net frame by using the frame. Due to the lack of a structure for further fixing the protective net, the frame can only be fixed to the perimeter of the protective net, and cannot be fixed to the protective net. The central area is fixed, so that when the protective net is actually used, once a stormy weather occurs, the central area of ​​the protective net will be lifted, resulting in deformation of the central area of ​​the protective net, affecting its service life and reducing the protective effect

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