A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an ecological corridor structure and a construction method thereof, and relates to the technical field of ecological corridors. The rimstone structure comprises rimstones, the rimstones are mutually enclosed to form a green belt outer frame, and the rimstone structure further comprises a soil loosening part arranged in the green belt outer frame. The soil loosening piece and the sprinkling irrigation piece are installed in the green belt outer frame, during use, soil is loosened through the soil loosening piece, gaps between soil are increased, air can pass through conveniently, the movement speed of an insertion rod is detected through a speed measurement sensor, when the soil is not short of water, the soil is soft, resistance to movement of the insertion rod is small, and the irrigation effect is good. When the soil lacks water, the resistance to the insertion rod is large due to the fact that the soil is hard, the movement speed of the insertion rod is reduced, then the sprinkling irrigation part sprays water, water can be supplemented to the soil when the soil lacks water in the using process, the soil is loosened through the soil loosening part, and green plants in the ecological corridor can grow better.
本申请公开了一种生态廊道结构及其施工方法，涉及生态廊道技术领域。本申请包括缘石，所述缘石之间相互围挡形成绿化带外框，还包括：设置在所述绿化带外框内的松土件。本申请在绿化带外框内安装有松土件与喷灌件，在使用时，通过松土件对土壤进行松动，增加土壤之间的间隙，便于空气通过，并通过测速传感器对插杆的运动速度进行检测，当土壤不缺水时较为松软，对插杆运动的阻力较小，当土壤缺水时土壤较硬对插杆造成的阻力较大，使得插杆的运动速度减缓，进而使得喷灌件进行喷水，在使用时可在土壤缺水时对土壤进行补水，且通过松土件将土壤进行松动，便于该生态廊道内绿植更好的生长。
The invention discloses an ecological corridor structure and a construction method thereof, and relates to the technical field of ecological corridors. The rimstone structure comprises rimstones, the rimstones are mutually enclosed to form a green belt outer frame, and the rimstone structure further comprises a soil loosening part arranged in the green belt outer frame. The soil loosening piece and the sprinkling irrigation piece are installed in the green belt outer frame, during use, soil is loosened through the soil loosening piece, gaps between soil are increased, air can pass through conveniently, the movement speed of an insertion rod is detected through a speed measurement sensor, when the soil is not short of water, the soil is soft, resistance to movement of the insertion rod is small, and the irrigation effect is good. When the soil lacks water, the resistance to the insertion rod is large due to the fact that the soil is hard, the movement speed of the insertion rod is reduced, then the sprinkling irrigation part sprays water, water can be supplemented to the soil when the soil lacks water in the using process, the soil is loosened through the soil loosening part, and green plants in the ecological corridor can grow better.
本申请公开了一种生态廊道结构及其施工方法，涉及生态廊道技术领域。本申请包括缘石，所述缘石之间相互围挡形成绿化带外框，还包括：设置在所述绿化带外框内的松土件。本申请在绿化带外框内安装有松土件与喷灌件，在使用时，通过松土件对土壤进行松动，增加土壤之间的间隙，便于空气通过，并通过测速传感器对插杆的运动速度进行检测，当土壤不缺水时较为松软，对插杆运动的阻力较小，当土壤缺水时土壤较硬对插杆造成的阻力较大，使得插杆的运动速度减缓，进而使得喷灌件进行喷水，在使用时可在土壤缺水时对土壤进行补水，且通过松土件将土壤进行松动，便于该生态廊道内绿植更好的生长。
Ecological corridor structure and construction method thereof
一种生态廊道结构及其施工方法
2023-08-25
Patent
Electronic Resource
Chinese
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