CN-224213325-U - Plant-growing concrete slope protection structure of high steep side slope

CN224213325UCN 224213325 UCN224213325 UCN 224213325UCN-224213325-U

Abstract

The utility model discloses a vegetation concrete slope protection structure of a high and steep side slope, and relates to the technical field of greening and protection of the high and steep side slope. The plant-growing concrete slope protection structure of the high steep side slope comprises plant-growing concrete layers, protective nets and drainage ditches, wherein the plant-growing concrete layers comprise plant-growing concrete prefabricated bricks, the plant-growing concrete prefabricated bricks are paved on the surface of the high steep side slope, an anti-skid groove is formed in one side, close to the surface of the high steep side slope, of each plant-growing concrete prefabricated brick, a gap structure is formed in each plant-growing concrete prefabricated brick and used for planting slope plants, a water absorption layer structure is arranged between every two adjacent plant-growing concrete prefabricated bricks, the protective nets are paved on the surfaces of the plant-growing concrete layers and used for reinforcing the plant-growing concrete layers, and the drainage ditches are formed in the bottoms of the high steep side slope and used for intercepting water and draining and supporting the plant-growing concrete layers. The slope protection structure provided by the technical scheme of the utility model can be used for solving the problems of poor greening effect and poor stability of the slope protection structure of high and steep slopes.

Inventors

XU JUN
SHAO YONG
HU XIAOMING
Hou Guolun
WANG ZHENHUA
ZUO DONGLI
Zhou Tingyi
Lv jiang
WEI BOTAO
ZHANG FUPING

Assignees

湖北地矿建设工程承包集团有限公司
湖北乡投(孝昌)农业发展有限公司

Dates

Publication Date: 20260508
Application Date: 20250507

Claims (8)

1. The utility model provides a high steep side slope's plant-growing concrete slope protection structure which characterized in that includes: the plant-growing concrete layer comprises plant-growing concrete prefabricated bricks, wherein the plant-growing concrete prefabricated bricks are paved on the surface of the high-steep side slope, an anti-slip groove is formed in one side close to the surface of the high-steep side slope and is formed along the width direction of the plant-growing concrete prefabricated bricks; The protective net comprises an anchoring device, a supporting net, a steel rope net and a sewing rope, wherein the anchoring device comprises an anchor rod and an anchor rod exposed ring sleeve, the anchor rod is anchored in the high-steep slope and used for fixing the supporting net, the supporting net comprises a transverse supporting rope and a longitudinal supporting rope, the transverse supporting rope and the longitudinal supporting rope are respectively penetrated in the anchor rod exposed ring sleeve and are pulled to form a net structure so as to support the steel rope net, the supporting net and the steel rope net are fixedly connected through the sewing rope, the steel rope net is paved on the surface of the plant-growing concrete layer and used for reinforcing the plant-growing concrete layer, and the protective net comprises a protective net body, wherein the protective net comprises an anchoring device, a supporting net, a steel rope net and a sewing rope, wherein the anchoring device comprises the anchor rod and an anchor rod exposed ring sleeve, the steel rope is anchored in the high-steep slope, the transverse supporting rope and the longitudinal supporting rope are respectively penetrated in the anchor rod exposed ring sleeve and are pulled to form the net structure so that the steel rope is fixedly connected with the steel rope net, and the steel rope net is paved on the surface of the plant-growing concrete layer And the drainage ditch is arranged at the bottom of the high and steep slope and is used for intercepting and draining water and supporting the plant-growing concrete layer.
2. The vegetation concrete slope protection structure of high steep side slope according to claim 1, wherein the protection net comprises rope clamps for fixing the support net to the exposed loop of the anchor rod.
3. The vegetation concrete slope protection structure of high steep side slope according to claim 1, wherein the vegetation concrete layer comprises precast brick units paved by the vegetation concrete precast bricks, and a mounting groove is arranged between each precast brick unit and the adjacent precast brick unit, and is used for mounting the anchor rod and the supporting net.
4. The vegetation concrete slope protection structure of the high steep side slope according to claim 1, wherein an embedded pipe is arranged in the vegetation concrete prefabricated brick, a steel wire rope is penetrated in the embedded pipe, and the steel wire rope penetrates through the vegetation concrete prefabricated brick and is connected with the supporting net.
5. The vegetation concrete slope protection structure of high steep side slope according to claim 4, wherein at least 1 of the embedded pipes are provided in each of the vegetation concrete prefabricated bricks.
6. The vegetation concrete slope protection structure of the high steep side slope according to claim 1, wherein the length of the vegetation concrete prefabricated brick is 30-45 cm, the width is 30-45 cm, and the height is 8-12 cm.
7. The vegetation concrete slope protection structure of high steep side slope according to claim 1, wherein at least one side wall of the anti-skid groove is arranged in an inclined shape.
8. The vegetation concrete slope protection structure of high steep side slope according to claim 1, wherein the drainage ditch comprises a drainage ditch base body, an impermeable layer and a corrosion resistant layer, the impermeable layer is arranged on the surface of the drainage ditch base body, and the corrosion resistant layer is arranged on the surface of the impermeable layer.

Description

Plant-growing concrete slope protection structure of high steep side slope Technical Field The utility model relates to the technical field of greening and protection of high and steep slopes, in particular to a vegetation concrete slope protection structure of a high and steep slope. Background In the field of slope protection, ecological restoration of high and steep slopes is always an important and difficult problem in engineering practice. Traditional slope protection methods, such as concrete retaining walls, slide resistant piles, shotcrete supports and the like, although providing stability of the slope to a certain extent, often neglect the importance of ecological restoration and environmental protection, and even the traditional slope protection methods sometimes damage the ecological environment of the slope. In recent years, with increasing importance of ecological environment and sustainable development, the traditional slope protection method cannot meet the requirements of the modern society. The plant concrete slope protection technology is a slope protection method combining biological engineering and ground disaster treatment engineering, plant seeds, organic matters and other nutrient components are added into concrete to promote plant germination and growth, so that perfect combination of slope protection and ecological restoration is realized, and the plant slope protection technology is an ecological friendly sustainable development slope protection technology. At present, the existing vegetation concrete slope protection technology has certain application on gentle or medium slope slopes, but the application on high and steep slope slopes is still less, and the main reasons are the limitation of construction technology and the lack of environmental adaptability to high and steep slope slopes. For example, how to ensure the adhesion and stability of concrete on steep slopes, how to promote the germination and growth of plants while ensuring structural strength, and how to ensure the safety and efficiency of construction in severe construction environments are all the problems to be solved. In addition, the vegetation concrete slope protection structure of the steep side slope also needs to consider factors such as water and soil conservation, environmental erosion, long-term maintenance and the like. Therefore, the greening effect and stability of the existing vegetation concrete slope protection structure of the high steep side slope are poor. Disclosure of utility model The utility model mainly aims to provide a plant-growing concrete slope protection structure of a high steep side slope, and aims to solve the problems of poor greening effect and poor stability of the existing plant-growing concrete slope protection structure of the high steep side slope. In order to achieve the above purpose, the present utility model provides a vegetation concrete slope protection structure of a steep slope, comprising: The plant-growing concrete layer comprises plant-growing concrete precast bricks, an anti-slip groove is formed in one side, close to the surface of the high-steep side slope, of the plant-growing concrete precast bricks, and the anti-slip groove is formed in the width direction of the plant-growing concrete precast bricks; The protective net comprises an anchoring device, a supporting net, a steel rope net and a sewing rope, wherein the anchoring device comprises an anchor rod and an anchor rod exposed ring sleeve, the anchor rod is anchored in the high-steep slope and used for fixing the supporting net, the supporting net comprises a transverse supporting rope and a longitudinal supporting rope, the transverse supporting rope and the longitudinal supporting rope are respectively penetrated in the anchor rod exposed ring sleeve and are pulled to form a net structure so as to support the steel rope net, the supporting net and the steel rope net are fixedly connected through the sewing rope, the steel rope net is paved on the surface of the plant-growing concrete layer and used for reinforcing the plant-growing concrete layer, and the protective net comprises a protective net body, wherein the protective net comprises an anchoring device, a supporting net, a steel rope net and a sewing rope, wherein the anchoring device comprises the anchor rod and an anchor rod exposed ring sleeve, the steel rope is anchored in the high-steep slope, the transverse supporting rope and the longitudinal supporting rope are respectively penetrated in the anchor rod exposed ring sleeve and are pulled to form the net structure so that the steel rope is fixedly connected with the steel rope net, and the steel rope net is paved on the surface of the plant-growing concrete layer And the drainage ditch is arranged at the bottom of the high and steep slope and is used for intercepting and draining water and supporting the plant-growing concrete layer. In one embodiment, the protection net comprises rope clamp