Hexagonal block slope protection brick, slope protection assembly applying same and slope protection system

Abstract

The invention belongs to the technical field of slope protection, and particularly relates to a hexagonal block slope protection brick, a slope protection assembly applying the same and a slope protection system. The lower part of one side surface of a block body of the hexagonal block slope protection brick protrudes outwards to form a lower protrusion, the upper part of the lower protrusion correspondingly forms an upper inserting groove, the lower part of the other side surface adjacent to the side surface is recessed inwards to enable the upper part of the side surface to form an upper eave, and the lower part, recessed inwards, below the upper eave correspondingly forms a lower inserting groove; the upper eave or the lower protrusion is arranged on the opposite surface of the side surface where the lower protrusion is located, and the lower protrusion or the upper eave is arranged on the opposite surface of the side surface where the upper eave is located; and the groove length directions of the lower inserting groove and the upper inserting groove extend in the side length direction of the side where the current inserting groove of a parallel hexagon is located. Every two adjacent hexagonal block slope protection bricks can be combined to form the slope protection assembly, and all the slope protection assemblies can be combined to form the slope protection system. According to the hexagonal block slope protection brick, the slope protection assembly applying the same and the slope protection system, through the cooperation between the hexagonal block slope protectionbricks, the anti-sinking, anti-warping, anti-sliding and anti-scouring functions of the hexagonal block slope protection brick, the slope protection assembly and even the whole slope protection system are realized.

Description

technical field [0001] The invention belongs to the technical field of slope protection, and in particular relates to a hexagonal slope protection brick, a slope protection component and a slope protection system using the slope protection brick. Background technique [0002] Slope protection refers to the general designation of various paving and planting on the slope to prevent the slope from being scoured. The design of slope protection should first meet the requirements of bank slope stability. The main factors of bank instability are: ① instability caused by gradual erosion of the bank slope surface; ② instability caused by surface soil sliding damage; ③ instability caused by deep soil sliding cause instability. Due to the single form of traditional slope protection bricks, mostly square bricks or hexagonal bricks with pure hard structure are directly laid on the slope to form a slope surface. Slope displacement along the slope and / or sinking or uplifting perpendicula...

AI Technical Summary

Problems solved by technology

Due to the single form of traditional slope protection bricks, mostly square bricks or hexagonal bricks with pure hard structure are directly laid on the slope to form a slope surface. The slope displacement along the slope and / or the sinking or uplifting action vertical to the slope is also the normal displacement

In addition, the top surface of traditional hexagonal slope protection bricks is generally a plane with through holes. When excessive rainwater scours, the soil or plants in the through holes of the hexagonal blocks are easily washed away by rainwater. The above-mentioned slope displacement, normal displacement and soil erosion, It is easy to cause deformation or even collapse of the slope, which seriously affects the stability and safety of the slope, and may even cause damage to the civil engineering equipment on and around the slope, thus bringing many troubles to the actual slope protection operation

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