Slope protection and greening device

Abstract

The invention provides a slope protection and greening device. The slope protection and greening device is composed of a plurality of cement concrete poured vertical beams parallelly and vertically arrayed at equal distances, and multiple layers of detachable transverse structures. The detachable transverse structures are composed of cuboid cement plates, special-shaped grooves are formed in eachvertical beam at equal distances, and the two ends of the cuboid cement plates are matched with the special-shaped grooves; and after mounting, each cuboid cement plate is inserted into the special-shaped grooves of the two corresponding adjacent vertical beams in a spliced mode, a planting area is formed between every two cuboid cement plates in the up-down direction and the two corresponding adjacent vertical beams, and in this way, the net-shaped slope protection and greening device is formed. The slope protection and greening device is low in construction cost, easy to construct, stable, good in drainage and convenient to maintain, the landscape of a greened slope is pleasant, climbing and crossing of wild animals are facilitated, and the slope protection and greening device is especially suitable for steep and unstable slopes formed by various engineering construction such as slope greening on a highway and mine management, or natural factors.

Description

technical field [0001] The invention relates to a soil and rock slope protection and greening device and protection method thereof, in particular to a soil and rock slope, as well as gravel slope, strongly weathered rock, expansive soil, accumulated soil, etc. Protection and greening of stable slopes. Background technique [0002] At present, the protective measures taken on soil and rocky slopes such as high and steep slopes and unstable slopes are usually based on engineering protection, including frame beams, stacked arches, window-type protective walls, active protection nets, etc., combined with customer Soil spraying and grass planting for greening. These protective measures are usually damaged to varying degrees after a few years, causing landslides and collapses on the slope, bringing safety hazards, and at the same time, the vegetation on it is also seriously degraded. [0003] In the field of slope greening protection, the method of laying grids is often used for...

AI Technical Summary

Problems solved by technology

These protective measures are usually damaged to varying degrees after a few years, causing landslides and collapses on the slope, bringing safety hazards, and at the same time, the vegetation on it is also seriously degraded.

[0003] In the field of slope greening protection, the method of laying grids is often used for protection. For example, CN204139181U discloses a slope greening structure with netting on the grid beams. By hanging the nets on the side slopes to fix the slope surface, plant greening in the nets To achieve the technical effect of slope consolidation, and this method of hanging net greening often causes overall collapse and slippage due to the unstable structure, and the vegetation will also be destroyed accordingly. In areas with steep slopes, hanging nets are used Slope greening is also not conducive to wildlife migration, migration and other activities, affecting the biodiversity of the protected area

Along with laying net greening in the area slope greening such as many highways, embankment slope protection repeatedly failure in recent years, people begin to try to adopt the mode of slope protection component to replace laying net greening, disclose a kind of embedded ecological slope protection component as CN103953002A, It adopts the form of a block body. There is a planting hole in the middle of the block body. The block body is a rectangular or square structure. There is a connecting body on each side of the block body. The slope greening with the slope protection component is more stable than the hanging net type greening, but it is not suitable for protective greening on the slope with a higher slope, such as the area with a high slope, it is also easy to use this integral embedded component Slipping occurs, and the cost of this component is high, the construction is complicated, it is not conducive to drainage, and it needs a large laying area, and the greening can only be carried out in a small amount in the middle planting hole, which also affects the overall aesthetics of the slope greening

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