Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses an ecological garden slope greening structure, and particularly relates to the technical field of ecological gardens, the ecological garden slope greening structure comprises a slope area, a plurality of greening mechanisms are transversely and longitudinally distributed and spliced on the slope area, and the plurality of greening mechanisms form a covering type greening area on the slope area. Due to the fact that the multiple greening mechanisms are transversely and longitudinally distributed on the slope surface area, when heavy rain occurs, rainwater is guided and discharged through the multiple flow guide channels formed in the slope surface area firstly, and then when the rainwater flows downwards in the slope surface area, the rainwater is intercepted step by step through the multiple greening mechanisms on the slope surface area from top to bottom; according to the device, flowing soil and rainwater can be absorbed and buffered step by step, potential energy generated by downward flushing of the soil and the rainwater can be absorbed, destructive power is reduced, lost soil and rainwater can be intercepted into the intercepting box, and therefore water and soil loss in a slope area is avoided; the utilization rate of resources is improved while safety protection of the slope area is achieved.
本发明公开一种生态园林坡面绿化结构,具体涉及生态园林技术领域,包括坡面区域,在坡面区域上横向、纵向分布拼接有多个绿化机构,多个绿化机构在坡面区域上形成覆盖式的绿化区域。本发明由于多个绿化机构在坡面区域上的横向、纵向分布,在出现大雨时,雨水首先经由坡面区域上形成的多条导流道进行导流排放,其次雨水在坡面区域下流时,经由坡面区域上的多个绿化机构由上至下进行逐级的拦截,可对流动的土壤以及雨水进行逐级吸收以及缓冲,可将土壤以及雨水下冲的势能进行吸收,减轻了破坏力,能够对流失的土壤以及雨水进行拦截至拦截箱内,从而避免了坡面区域的水土流失,实现了对边坡区域安全保护的同时提升了资源的利用率。
The invention discloses an ecological garden slope greening structure, and particularly relates to the technical field of ecological gardens, the ecological garden slope greening structure comprises a slope area, a plurality of greening mechanisms are transversely and longitudinally distributed and spliced on the slope area, and the plurality of greening mechanisms form a covering type greening area on the slope area. Due to the fact that the multiple greening mechanisms are transversely and longitudinally distributed on the slope surface area, when heavy rain occurs, rainwater is guided and discharged through the multiple flow guide channels formed in the slope surface area firstly, and then when the rainwater flows downwards in the slope surface area, the rainwater is intercepted step by step through the multiple greening mechanisms on the slope surface area from top to bottom; according to the device, flowing soil and rainwater can be absorbed and buffered step by step, potential energy generated by downward flushing of the soil and the rainwater can be absorbed, destructive power is reduced, lost soil and rainwater can be intercepted into the intercepting box, and therefore water and soil loss in a slope area is avoided; the utilization rate of resources is improved while safety protection of the slope area is achieved.
本发明公开一种生态园林坡面绿化结构,具体涉及生态园林技术领域,包括坡面区域,在坡面区域上横向、纵向分布拼接有多个绿化机构,多个绿化机构在坡面区域上形成覆盖式的绿化区域。本发明由于多个绿化机构在坡面区域上的横向、纵向分布,在出现大雨时,雨水首先经由坡面区域上形成的多条导流道进行导流排放,其次雨水在坡面区域下流时,经由坡面区域上的多个绿化机构由上至下进行逐级的拦截,可对流动的土壤以及雨水进行逐级吸收以及缓冲,可将土壤以及雨水下冲的势能进行吸收,减轻了破坏力,能够对流失的土壤以及雨水进行拦截至拦截箱内,从而避免了坡面区域的水土流失,实现了对边坡区域安全保护的同时提升了资源的利用率。
Ecological garden slope greening structure
一种生态园林坡面绿化结构
LI PEISONG (Autor:in)
19.12.2023
Patent
Elektronische Ressource
Chinesisch
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