Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a soil erosion preventing device for riparian vegetation restoration. The soil erosion preventing device for riparian vegetation restoration comprises a main protective fence,a top horizontal plate, anti-wave stone bodies, injection pipes and functional nuts; the top of the main protective fence is fixed to the edge of the top horizontal plate; internal thread sleeve penetrate through limiting windows; the limiting windows are formed in a mounting plate; the tops of the internal thread sleeves are welded and fixed with stabilizing plates through rod-shaped structures;the functional nuts are mounted on the injection pipes; the injection pipes penetrate through the stabilizing plates; a bottom blocking block is arranged at the bottom on the inner side of each injection pipe; the top of each bottom blocking block is welded and fixed with an operating rod; and the operating rods penetrate through the injection pipes. According to the soil erosion preventing devicefor riparian vegetation restoration, wave preventing, overland runoff reducing and sapling planting are combined by adopting a novel structural design to form a three-dimensional soil erosion preventing system, so that a soil erosion preventing effect is greatly improved; meanwhile, a related structure is designed to promote root systems of saplings to grow down rapidly; and therefore, the responding time of curing soil by the saplings is shortened.
本发明公开了一种河岸植被恢复用防水土流失装置，包括主防护网、顶水平板、防浪石本体、注入管和功能螺母，所述主防护网顶部与顶水平板边缘固定，所述内螺纹套筒贯穿限位窗，且限位窗开设在安装板上，并且内螺纹套筒顶部通过杆状结构焊接固定有稳定板，所述注入管上安装有功能螺母，且注入管贯穿稳定板，所述注入管内侧底部设置有底堵块，且底堵块顶部焊接固定有操作杆，并且操作杆贯穿注入管。该河岸植被恢复用防水土流失装置，采用新型的结构设计，将防浪和减少地表径流与树苗种植结合，形成立体的防水土流失体系，大大提高了防水土流失的效果，同时设计了相关结构，促进树苗根系快速向下生长，缩短了树苗固化土壤见效的时间。
The invention discloses a soil erosion preventing device for riparian vegetation restoration. The soil erosion preventing device for riparian vegetation restoration comprises a main protective fence,a top horizontal plate, anti-wave stone bodies, injection pipes and functional nuts; the top of the main protective fence is fixed to the edge of the top horizontal plate; internal thread sleeve penetrate through limiting windows; the limiting windows are formed in a mounting plate; the tops of the internal thread sleeves are welded and fixed with stabilizing plates through rod-shaped structures;the functional nuts are mounted on the injection pipes; the injection pipes penetrate through the stabilizing plates; a bottom blocking block is arranged at the bottom on the inner side of each injection pipe; the top of each bottom blocking block is welded and fixed with an operating rod; and the operating rods penetrate through the injection pipes. According to the soil erosion preventing devicefor riparian vegetation restoration, wave preventing, overland runoff reducing and sapling planting are combined by adopting a novel structural design to form a three-dimensional soil erosion preventing system, so that a soil erosion preventing effect is greatly improved; meanwhile, a related structure is designed to promote root systems of saplings to grow down rapidly; and therefore, the responding time of curing soil by the saplings is shortened.
本发明公开了一种河岸植被恢复用防水土流失装置，包括主防护网、顶水平板、防浪石本体、注入管和功能螺母，所述主防护网顶部与顶水平板边缘固定，所述内螺纹套筒贯穿限位窗，且限位窗开设在安装板上，并且内螺纹套筒顶部通过杆状结构焊接固定有稳定板，所述注入管上安装有功能螺母，且注入管贯穿稳定板，所述注入管内侧底部设置有底堵块，且底堵块顶部焊接固定有操作杆，并且操作杆贯穿注入管。该河岸植被恢复用防水土流失装置，采用新型的结构设计，将防浪和减少地表径流与树苗种植结合，形成立体的防水土流失体系，大大提高了防水土流失的效果，同时设计了相关结构，促进树苗根系快速向下生长，缩短了树苗固化土壤见效的时间。
Soil erosion preventing device for riparian vegetation restoration
一种河岸植被恢复用防水土流失装置
DONG TAO (Autor:in)
12.05.2020
Patent
Elektronische Ressource
Chinesisch
Changes in Vegetation and Geomorphological Condition 10 Years after Riparian Restoration
| DOAJ | 2019
Construction method for ecological restoration of riparian vegetation of mountain rivers
| Europäisches Patentamt | 2015
An Australian Perspective on the Roles of Riparian Vegetation in River Restoration
| British Library Conference Proceedings | 1995