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A platform for research: civil engineering, architecture and urbanism
Three-dimensional prefabrication and damaged mountain ecological restoration method of high slope vegetation groove floating plate
The invention discloses a three-dimensional prefabrication and damaged mountain ecological restoration method of a high slope vegetation groove floating plate. The three-dimensional prefabrication and damaged mountain ecological restoration method comprises the following steps that a slope fitting curve of the vegetation groove floating plate is extracted according to a three-dimensional rock surface of a target high slope, three-dimensional model data of the vegetation groove floating plate is determined according to the slope fitting curve of the vegetation groove floating plate, and three-dimensional prefabrication is performed on the high slope vegetation groove according to the three-dimensional model data. According to the three-dimensional prefabrication and damaged mountain ecological restoration method, high slope vegetation groove floating plate prefabrication construction is adopted, space restriction in the construction process is solved, concrete plates are safely prefabricated in a prefabrication site and then transported to a construction site to be installed, construction can be conducted without erecting a high bent frame in a prefabrication mode, engineering construction risks are reduced, measure items are reduced, and engineering cost is saved; and based on the three-dimensional rock surface of the target high slope, the fitting-slope curve of the vegetation groove floating plate is extracted, the vegetation groove floating plate can be better combined with a mountain, washing of rainwater to vegetation soil in the groove is reduced, and data support is provided for popularization of subsequent new prefabrication processes such as 3D printing and the like.
本发明公开了一种高边坡植生槽飘板的三维预制及受损山体生态修复方法，本发明包括根据目标高边坡的三维岩面提取植生槽飘板的贴坡曲线，根据植生槽飘板的贴坡曲线确定植生槽飘板的三维模型数据，根据三维模型数据对高边坡植生槽进行三维预制。本发明采用高边坡植生槽飘板预制施工，解决施工过程中空间制约，将混凝土板在预制场安全预制后运至施工现场安装即可，采用预制方式可不搭设高排架施工，降低工程施工风险，减少了措施项目，节约工程费用；根据目标高边坡的三维岩面提取植生槽飘板的贴坡曲线，可以更好的与山体结合，减小雨水对槽内种植土的冲刷，为后续新的预制工艺，如3D打印等方式的普及提供了数据支持。
Three-dimensional prefabrication and damaged mountain ecological restoration method of high slope vegetation groove floating plate
The invention discloses a three-dimensional prefabrication and damaged mountain ecological restoration method of a high slope vegetation groove floating plate. The three-dimensional prefabrication and damaged mountain ecological restoration method comprises the following steps that a slope fitting curve of the vegetation groove floating plate is extracted according to a three-dimensional rock surface of a target high slope, three-dimensional model data of the vegetation groove floating plate is determined according to the slope fitting curve of the vegetation groove floating plate, and three-dimensional prefabrication is performed on the high slope vegetation groove according to the three-dimensional model data. According to the three-dimensional prefabrication and damaged mountain ecological restoration method, high slope vegetation groove floating plate prefabrication construction is adopted, space restriction in the construction process is solved, concrete plates are safely prefabricated in a prefabrication site and then transported to a construction site to be installed, construction can be conducted without erecting a high bent frame in a prefabrication mode, engineering construction risks are reduced, measure items are reduced, and engineering cost is saved; and based on the three-dimensional rock surface of the target high slope, the fitting-slope curve of the vegetation groove floating plate is extracted, the vegetation groove floating plate can be better combined with a mountain, washing of rainwater to vegetation soil in the groove is reduced, and data support is provided for popularization of subsequent new prefabrication processes such as 3D printing and the like.
本发明公开了一种高边坡植生槽飘板的三维预制及受损山体生态修复方法，本发明包括根据目标高边坡的三维岩面提取植生槽飘板的贴坡曲线，根据植生槽飘板的贴坡曲线确定植生槽飘板的三维模型数据，根据三维模型数据对高边坡植生槽进行三维预制。本发明采用高边坡植生槽飘板预制施工，解决施工过程中空间制约，将混凝土板在预制场安全预制后运至施工现场安装即可，采用预制方式可不搭设高排架施工，降低工程施工风险，减少了措施项目，节约工程费用；根据目标高边坡的三维岩面提取植生槽飘板的贴坡曲线，可以更好的与山体结合，减小雨水对槽内种植土的冲刷，为后续新的预制工艺，如3D打印等方式的普及提供了数据支持。
Three-dimensional prefabrication and damaged mountain ecological restoration method of high slope vegetation groove floating plate
高边坡植生槽飘板的三维预制及受损山体生态修复方法
CAI GUOHUI (author) / HAN KELIN (author) / CHEN WAICAI (author) / XU GUOQIANG (author) / ZHOU HONGYUN (author) / ZHANG KAI (author) / HE JINGBIN (author) / ZHANG JING (author)
2021-05-28
Patent
Electronic Resource
Chinese
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