Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Gravity sand bottle and desert control method
The invention belongs to the technical field of desert environment greening protection, and particularly relates to novel desert greening equipment and a desert control method. The desert greening equipment comprises an outward-expanding bottle opening and a water collecting bottle body, an inward-contracting bottle neck is formed between the outward-expanding bottle opening and the water collecting bottle body, a puncture head is arranged at the bottom of the water collecting bottle body, in summer, a gravity sand bottle is inserted into a sand dune, quicksand enters the gravity sand bottle,and the gravity sand bottle gradually and vertically sinks into a desert under the action of gravity; the steel wire ropes sequentially penetrate through the threading holes in the adjacent gravity sand bottles to form a latticed water collecting area, ice and snow are melted in winter, water flow permeates into the water collecting cavity through the water collecting channel, the inward-shrinkingbottle neck limits evaporation of water in the water collecting cavity, water is stored in the water collecting cavity, and grass checks are laid on the top of the latticed water collecting area andgrass is planted in spring and summer of the next year; the humidity of the opening of the gravity sand bottle is high, so that the growth of grass is facilitated, greening in the desert can be completed by using least resources, and the device is suitable for large-area large-scale popularization.
本发明属于沙漠环境绿化保护技术领域，具体涉及一种新型的沙漠绿化设备及沙漠治理方法；包括外扩型瓶口和集水瓶体，外扩型瓶口与集水瓶体之间形成内缩型瓶颈，集水瓶体的底部设有穿刺头，在夏季，将重力沙瓶插入到沙丘中，流沙进入重力沙瓶，重力沙瓶在自身重力作用下逐步垂直下沉入沙漠中，钢丝绳依次穿过相邻重力沙瓶上的穿线孔形成网格状集水区，在冬季，冰雪融化，水流通过集水通道渗入到集水腔内，内缩型瓶颈限制集水腔内的水分蒸发，集水腔内贮存水分，到下一年度的春夏季，在网格状集水区顶部铺设草方格并种植草，由于重力沙瓶瓶口的湿度大，有利于草的生长，可利用最少的资源完成沙漠内的绿化，适合大面积大规模的推广。
Gravity sand bottle and desert control method
The invention belongs to the technical field of desert environment greening protection, and particularly relates to novel desert greening equipment and a desert control method. The desert greening equipment comprises an outward-expanding bottle opening and a water collecting bottle body, an inward-contracting bottle neck is formed between the outward-expanding bottle opening and the water collecting bottle body, a puncture head is arranged at the bottom of the water collecting bottle body, in summer, a gravity sand bottle is inserted into a sand dune, quicksand enters the gravity sand bottle,and the gravity sand bottle gradually and vertically sinks into a desert under the action of gravity; the steel wire ropes sequentially penetrate through the threading holes in the adjacent gravity sand bottles to form a latticed water collecting area, ice and snow are melted in winter, water flow permeates into the water collecting cavity through the water collecting channel, the inward-shrinkingbottle neck limits evaporation of water in the water collecting cavity, water is stored in the water collecting cavity, and grass checks are laid on the top of the latticed water collecting area andgrass is planted in spring and summer of the next year; the humidity of the opening of the gravity sand bottle is high, so that the growth of grass is facilitated, greening in the desert can be completed by using least resources, and the device is suitable for large-area large-scale popularization.
本发明属于沙漠环境绿化保护技术领域，具体涉及一种新型的沙漠绿化设备及沙漠治理方法；包括外扩型瓶口和集水瓶体，外扩型瓶口与集水瓶体之间形成内缩型瓶颈，集水瓶体的底部设有穿刺头，在夏季，将重力沙瓶插入到沙丘中，流沙进入重力沙瓶，重力沙瓶在自身重力作用下逐步垂直下沉入沙漠中，钢丝绳依次穿过相邻重力沙瓶上的穿线孔形成网格状集水区，在冬季，冰雪融化，水流通过集水通道渗入到集水腔内，内缩型瓶颈限制集水腔内的水分蒸发，集水腔内贮存水分，到下一年度的春夏季，在网格状集水区顶部铺设草方格并种植草，由于重力沙瓶瓶口的湿度大，有利于草的生长，可利用最少的资源完成沙漠内的绿化，适合大面积大规模的推广。
Gravity sand bottle and desert control method
一种重力沙瓶及沙漠治理方法
LI XINTAO (Autor:in) / SUN JINGJING (Autor:in)
30.10.2020
Patent
Elektronische Ressource
Chinesisch
Desert sand concrete and desert sand concrete combined column
| Europäisches Patentamt | 2021
| Europäisches Patentamt | 2024