Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Mine pit steep slope anti-seepage system based on high-molecular polymer mineral anti-seepage material
The invention discloses a mine pit steep slope anti-seepage system based on a high-molecular polymer mineral substance anti-seepage material, which comprises a drainage mechanism, a drainage guide mechanism, an anti-seepage mechanism and an anchoring mechanism which are arranged on a mine pit steep slope, the drainage mechanism comprises a hidden groove arranged on the mine pit steep slope, a prefabricated drainage hidden groove block is arranged in the hidden groove, and the drainage hidden groove block is arranged in the hidden groove. A water pumping assembly is arranged in the prefabricated drainage blind drain block, the drainage guiding mechanism comprises an inner geocell and a drainage pipe which are arranged on the steep slope of the mine pit, the seepage-proofing mechanism comprises an outer geocell arranged on the steep slope of the mine pit, and the anchoring mechanism comprises a T-shaped anchor rod installed on the steep slope of the mine pit. According to the method, the mode that the outer geocell is filled with the high-molecular polymer mineral impermeable material is adopted, complex excavation or backfilling operation does not need to be conducted on the mountain slope, the earthwork amount is reduced, the construction complexity and difficulty are reduced, and therefore the construction cost is remarkably reduced.
本发明公开了一种基于高分子聚合矿物质防渗材料的矿坑陡边坡防渗系统，包括设置在矿坑陡边坡上的排水机构、导排机构、防渗机构与锚固机构，所述排水机构包括设置在矿坑陡边坡上的暗沟槽，所述暗沟槽内设有预制排水暗沟块，所述预制排水暗沟块内设有抽水组件，所述导排机构包括设置在矿坑陡边坡上的内土工格室以及排水管，所述防渗机构包括设置在矿坑陡边坡上的外土工格室，所述锚固机构包括安装在矿坑陡边坡上的T形锚杆。本发明采用外土工格室充填高分子聚合矿物质防渗材料的方式，无需对山体边坡进行复杂的开挖或回填操作，减少了土石方工程量，降低了施工的复杂性和难度，从而显著降低了施工成本。
Mine pit steep slope anti-seepage system based on high-molecular polymer mineral anti-seepage material
The invention discloses a mine pit steep slope anti-seepage system based on a high-molecular polymer mineral substance anti-seepage material, which comprises a drainage mechanism, a drainage guide mechanism, an anti-seepage mechanism and an anchoring mechanism which are arranged on a mine pit steep slope, the drainage mechanism comprises a hidden groove arranged on the mine pit steep slope, a prefabricated drainage hidden groove block is arranged in the hidden groove, and the drainage hidden groove block is arranged in the hidden groove. A water pumping assembly is arranged in the prefabricated drainage blind drain block, the drainage guiding mechanism comprises an inner geocell and a drainage pipe which are arranged on the steep slope of the mine pit, the seepage-proofing mechanism comprises an outer geocell arranged on the steep slope of the mine pit, and the anchoring mechanism comprises a T-shaped anchor rod installed on the steep slope of the mine pit. According to the method, the mode that the outer geocell is filled with the high-molecular polymer mineral impermeable material is adopted, complex excavation or backfilling operation does not need to be conducted on the mountain slope, the earthwork amount is reduced, the construction complexity and difficulty are reduced, and therefore the construction cost is remarkably reduced.
本发明公开了一种基于高分子聚合矿物质防渗材料的矿坑陡边坡防渗系统，包括设置在矿坑陡边坡上的排水机构、导排机构、防渗机构与锚固机构，所述排水机构包括设置在矿坑陡边坡上的暗沟槽，所述暗沟槽内设有预制排水暗沟块，所述预制排水暗沟块内设有抽水组件，所述导排机构包括设置在矿坑陡边坡上的内土工格室以及排水管，所述防渗机构包括设置在矿坑陡边坡上的外土工格室，所述锚固机构包括安装在矿坑陡边坡上的T形锚杆。本发明采用外土工格室充填高分子聚合矿物质防渗材料的方式，无需对山体边坡进行复杂的开挖或回填操作，减少了土石方工程量，降低了施工的复杂性和难度，从而显著降低了施工成本。
Mine pit steep slope anti-seepage system based on high-molecular polymer mineral anti-seepage material
一种基于高分子聚合矿物质防渗材料的矿坑陡边坡防渗系统
HE JIANENG (Autor:in) / LIU NING (Autor:in) / WU YEYANG (Autor:in) / HUANG JINXIANG (Autor:in) / DU JING (Autor:in) / CAI LINWEI (Autor:in)
12.11.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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