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A platform for research: civil engineering, architecture and urbanism
Scaling ladder type ecological bag regreening system suitable for regreening of high and steep rock slope
The invention discloses a scaling ladder type ecological bag regreening system suitable for regreening of a high and steep rock slope. The scaling ladder type ecological bag regreening system comprises an inner-layer protective net system, a scaling ladder type ecological bag structure system, a detachable outer-layer protective net system and a directional irrigation system. The inner-layer protective net system is arranged on the high and steep rock slope through anchor rods. The scaling ladder type ecological bag structure system is formed by transversely fixing a plurality of ecological short bags with self-water-absorption polyester cotton ropes and ecological films on vertical steel ropes at intervals through metal clamping hoops, and is connected with the inner-layer protective net in a binding manner; the detachable outer-layer protective net system covers the ecological bag structure and is connected with the anchor rod; the directional irrigation system is composed of side hole hoses vertically arranged along the steel cable and used for achieving directional irrigation. The invention further comprises a local gentle slope cofferdam soil covering scheme based on the structure and an overall implementation scheme of the greening system, and through implementation of the greening system, the assembly type greening structure system which is detachable and light in self weight and has the slope surface water interception function can be built on the high and steep rock slope.
本发明公开了一种适用于高陡岩质边坡复绿的云梯式生态袋复绿系统，包括内层防护网系统、云梯式生态袋结构系统、可拆卸外层防护网系统、定向浇灌系统。内层防护网系统由锚杆布设于高陡岩质边坡上；云梯式生态袋结构系统由若干装有自吸水涤棉绳的生态短袋和生态膜通过金属夹箍间隔横向固定在竖向钢索上形成，并与内层防护网捆扎连接；可拆卸外层防护网系统覆盖于生态袋结构之上且与锚杆相接；定向浇灌系统由沿钢索竖直布置的侧孔软管构成，用于实现定向灌溉。本发明还包括基于结构的局部缓坡围堰覆土方案以及复绿系统的整体实施方案，通过该复绿系统的实施，能够在高陡岩质边坡建立可拆卸、自重轻、具有坡面截水功能的装配式复绿结构系统。
Scaling ladder type ecological bag regreening system suitable for regreening of high and steep rock slope
The invention discloses a scaling ladder type ecological bag regreening system suitable for regreening of a high and steep rock slope. The scaling ladder type ecological bag regreening system comprises an inner-layer protective net system, a scaling ladder type ecological bag structure system, a detachable outer-layer protective net system and a directional irrigation system. The inner-layer protective net system is arranged on the high and steep rock slope through anchor rods. The scaling ladder type ecological bag structure system is formed by transversely fixing a plurality of ecological short bags with self-water-absorption polyester cotton ropes and ecological films on vertical steel ropes at intervals through metal clamping hoops, and is connected with the inner-layer protective net in a binding manner; the detachable outer-layer protective net system covers the ecological bag structure and is connected with the anchor rod; the directional irrigation system is composed of side hole hoses vertically arranged along the steel cable and used for achieving directional irrigation. The invention further comprises a local gentle slope cofferdam soil covering scheme based on the structure and an overall implementation scheme of the greening system, and through implementation of the greening system, the assembly type greening structure system which is detachable and light in self weight and has the slope surface water interception function can be built on the high and steep rock slope.
本发明公开了一种适用于高陡岩质边坡复绿的云梯式生态袋复绿系统，包括内层防护网系统、云梯式生态袋结构系统、可拆卸外层防护网系统、定向浇灌系统。内层防护网系统由锚杆布设于高陡岩质边坡上；云梯式生态袋结构系统由若干装有自吸水涤棉绳的生态短袋和生态膜通过金属夹箍间隔横向固定在竖向钢索上形成，并与内层防护网捆扎连接；可拆卸外层防护网系统覆盖于生态袋结构之上且与锚杆相接；定向浇灌系统由沿钢索竖直布置的侧孔软管构成，用于实现定向灌溉。本发明还包括基于结构的局部缓坡围堰覆土方案以及复绿系统的整体实施方案，通过该复绿系统的实施，能够在高陡岩质边坡建立可拆卸、自重轻、具有坡面截水功能的装配式复绿结构系统。
Scaling ladder type ecological bag regreening system suitable for regreening of high and steep rock slope
一种适用于高陡岩质边坡复绿的云梯式生态袋复绿系统
ZHANG YONGLEI (author) / CHEN JIAN (author) / LIU DECHENG (author) / MA HONGYAO (author) / CHEN RUICHEN (author)
2024-04-12
Patent
Electronic Resource
Chinese
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