Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Stepped ecological stacked slope capable of being formed through splicing
A stepped ecological laminated slope capable of being formed through splicing comprises a base part, a filtering unit and a filling part. The filtering units are fixedly connected to the base part, and the adjacent filtering units are spliced and connected; the filling part is arranged in an internal gap of the filtering unit and is used for adsorbing pollutants in sewage flowing through the filtering unit. According to the stepped ecological laminated slope capable of being formed through splicing, the needed solid waste recycling filler is selected according to different sites and local conditions, and the effect of improving the ecological environment is achieved. Meanwhile, the stepped three-dimensional stacked slope structure can improve the surface runoff infiltration efficiency, so that bank slope soil is not easily scoured by water flow, and a better soil fixation effect can be achieved. Due to the fact that the stepped ecological folded slope capable of being formed through splicing has the characteristics of being detachable for transportation and splicing, the construction efficiency is improved. Through arrangement of different sizes and matching of different fillers and vegetation, the stepped ecological stacked slope capable of being formed through splicing can be suitable for construction of different river channel projects, and has the advantages of being high in adaptability and wide in application range.
一种可拼接成型的阶梯式生态叠坡，包括基座部、过滤单元和填充部；过滤单元固定连接于基座部，相邻的过滤单元拼接连接；填充部设置于过滤单元的内部空隙，填充部用于吸附流经过滤单元的污水中的污染物。本申请的可拼接成型的阶梯式生态叠坡，根据不同场地因地制宜选配需要的固废资源化填料，达到生态环境改善效果。同时，阶梯式的立体叠坡结构能提高地表径流下渗效率，使得岸坡土壤不易被水流冲刷，可以达到更好的固土效果。可拼接成型的阶梯式生态叠坡因其可拆卸运输、拼装的特点，提高施工效率。通过不同尺寸设置和不同填料、植被选配，本申请的可拼接成型的阶梯式生态叠坡可以适用于不同河道项目施工，具有适应性强，可用范围广的优点。
Stepped ecological stacked slope capable of being formed through splicing
A stepped ecological laminated slope capable of being formed through splicing comprises a base part, a filtering unit and a filling part. The filtering units are fixedly connected to the base part, and the adjacent filtering units are spliced and connected; the filling part is arranged in an internal gap of the filtering unit and is used for adsorbing pollutants in sewage flowing through the filtering unit. According to the stepped ecological laminated slope capable of being formed through splicing, the needed solid waste recycling filler is selected according to different sites and local conditions, and the effect of improving the ecological environment is achieved. Meanwhile, the stepped three-dimensional stacked slope structure can improve the surface runoff infiltration efficiency, so that bank slope soil is not easily scoured by water flow, and a better soil fixation effect can be achieved. Due to the fact that the stepped ecological folded slope capable of being formed through splicing has the characteristics of being detachable for transportation and splicing, the construction efficiency is improved. Through arrangement of different sizes and matching of different fillers and vegetation, the stepped ecological stacked slope capable of being formed through splicing can be suitable for construction of different river channel projects, and has the advantages of being high in adaptability and wide in application range.
一种可拼接成型的阶梯式生态叠坡，包括基座部、过滤单元和填充部；过滤单元固定连接于基座部，相邻的过滤单元拼接连接；填充部设置于过滤单元的内部空隙，填充部用于吸附流经过滤单元的污水中的污染物。本申请的可拼接成型的阶梯式生态叠坡，根据不同场地因地制宜选配需要的固废资源化填料，达到生态环境改善效果。同时，阶梯式的立体叠坡结构能提高地表径流下渗效率，使得岸坡土壤不易被水流冲刷，可以达到更好的固土效果。可拼接成型的阶梯式生态叠坡因其可拆卸运输、拼装的特点，提高施工效率。通过不同尺寸设置和不同填料、植被选配，本申请的可拼接成型的阶梯式生态叠坡可以适用于不同河道项目施工，具有适应性强，可用范围广的优点。
Stepped ecological stacked slope capable of being formed through splicing
一种可拼接成型的阶梯式生态叠坡
DONG ZHIQIANG (Autor:in) / HE HAITAO (Autor:in) / PENG SIHAN (Autor:in) / HE MINGXING (Autor:in) / SUN YU (Autor:in) / WU CHENG (Autor:in) / YIN JINMING (Autor:in) / LIU ZIYANG (Autor:in) / YE GANGGUI (Autor:in) / ZHANG YUE (Autor:in)
05.12.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
Storm-resistant oil containment boom capable of being formed through splicing
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