Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Channel irrigation method for three-dimensional greening
The invention discloses a channel irrigation method for three-dimensional greening. The method comprises the following steps: surveying and paying off are performed, paying off and positioning are performed at the bottom end of three-dimensional green plant planting, the bottom end of the three-dimensional green plant planting is taken as the center, two sides are displaced by 0.25 m, the positioning width of channeling is enabled to be 0.5 m, adjacent through channel paying off is at the parallel position, the outer side distance interval of the through channel paying off is 2 m, and the paying off length of through channels is matched with the length of the three-dimensional greening area. The paying off area is excavated to form the channels, the through channels and transverse channels are poured through a full-automatic seepage-proofing channel cast-in-place forming machine, multiple through holes are formed in the top end of a transverse plate at equal intervals, the longitudinal and transverse intervals of the multiple through holes are 0.1 m, filter screens are clamped in the middles of the multiple through holes, therefore, a channel irrigation mode can also be adopted when three-dimensional green plants on the slope surface are irrigated, the deeply-buried channels can protect and avoid landslide and water and soil loss of the slope surface, and the irrigation efficiency of the three-dimensional green plants on the slope surface is improved.
本发明公开了一种用于立体绿化渠槽浇灌方法，包括测量放线，在立体绿植种植的底端进行放线定位，以立体绿植种植的底端为中心，两侧均位移0.25m，使得挖槽的定位宽度为0.5m，相邻的通槽放线均处于平行位置，通槽放线的外侧距离间隔为2m，通槽的放线长度与立体绿化的区域长度像适配，本发明通过在放线区域挖土成槽，通过全自动防渗渠现浇成型机浇筑通槽和横槽，在横板的顶端等距离开设多个通孔，多个通孔的纵横向间距均为0.1m，多个通孔的中间位置均卡合设有过滤网，从而使得在给坡面的立体绿植灌溉时也可以采用渠道灌溉的方式，且深埋式的渠道可以保护且避免导致坡面的滑坡和水土流失，增加坡面立体绿植的灌溉效率。
Channel irrigation method for three-dimensional greening
The invention discloses a channel irrigation method for three-dimensional greening. The method comprises the following steps: surveying and paying off are performed, paying off and positioning are performed at the bottom end of three-dimensional green plant planting, the bottom end of the three-dimensional green plant planting is taken as the center, two sides are displaced by 0.25 m, the positioning width of channeling is enabled to be 0.5 m, adjacent through channel paying off is at the parallel position, the outer side distance interval of the through channel paying off is 2 m, and the paying off length of through channels is matched with the length of the three-dimensional greening area. The paying off area is excavated to form the channels, the through channels and transverse channels are poured through a full-automatic seepage-proofing channel cast-in-place forming machine, multiple through holes are formed in the top end of a transverse plate at equal intervals, the longitudinal and transverse intervals of the multiple through holes are 0.1 m, filter screens are clamped in the middles of the multiple through holes, therefore, a channel irrigation mode can also be adopted when three-dimensional green plants on the slope surface are irrigated, the deeply-buried channels can protect and avoid landslide and water and soil loss of the slope surface, and the irrigation efficiency of the three-dimensional green plants on the slope surface is improved.
本发明公开了一种用于立体绿化渠槽浇灌方法，包括测量放线，在立体绿植种植的底端进行放线定位，以立体绿植种植的底端为中心，两侧均位移0.25m，使得挖槽的定位宽度为0.5m，相邻的通槽放线均处于平行位置，通槽放线的外侧距离间隔为2m，通槽的放线长度与立体绿化的区域长度像适配，本发明通过在放线区域挖土成槽，通过全自动防渗渠现浇成型机浇筑通槽和横槽，在横板的顶端等距离开设多个通孔，多个通孔的纵横向间距均为0.1m，多个通孔的中间位置均卡合设有过滤网，从而使得在给坡面的立体绿植灌溉时也可以采用渠道灌溉的方式，且深埋式的渠道可以保护且避免导致坡面的滑坡和水土流失，增加坡面立体绿植的灌溉效率。
Channel irrigation method for three-dimensional greening
一种用于立体绿化渠槽浇灌方法
YANG YONG (Autor:in) / ZHOU HONGWEI (Autor:in)
24.09.2021
Patent
Elektronische Ressource
Chinesisch
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