A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Regreening structure suitable for uneven steep slope
The invention discloses a regreening structure suitable for an uneven steep slope. The structure comprises: planting groove coamings, and rotating shafts and anchor rods arranged between the plantinggroove coamings, every two adjacent planting groove coamings can rotate with the rotating shafts as the axis, each rotating shaft comprises a first rotating shaft assembly and a second rotating shaftassembly arranged on the first rotating shaft assembly in a sleeving mode, the anchor rods penetrate through the rotating shafts and can reciprocate in the axial direction of the rotating shafts, theanchor rods and the first rotating shaft assemblies are kept relatively static, when the first rotating shaft assemblies rotate, the anchor rods can rotate along with the first rotating shaft assemblies, and the ends, away from the ground, of the anchor rods are fixedly connected to limiting rods. According to the planting groove coamings, a proper area can be selected according to the actual concave-convex condition of a rock slope for enclosing forming, the shape of planting grooves can be adjusted and changed according to the actual slope surface condition, places with too large concave-convex differences are avoided, the tightness of the planting grooves and the slope surface is guaranteed, and vegetation can root into gaps of the rock slope more easily.
本发明公开了一种适用于不平整陡立边坡的复绿结构。包括：种植槽围板、设置在种植槽围板之间的转轴、锚杆，相邻的两块种植槽围板能够以转轴为轴线转动，转轴包括第一转轴组件和套设在第一转轴组件上的第二转轴组件，锚杆贯穿转轴且锚杆能够在转轴的轴向上往复运动，锚杆与第一转轴组件之间保持相对静止，当第一转轴组件转动时，锚杆能够随着第一转轴组件转动，锚杆远离地面的一端固接有限位杆。本发明的种植槽围板能够根据岩质边坡实际的凹凸情况来挑选适合的区域围合成型，使得种植槽的形状能够根据实际坡面情况而调整变化，避开凹凸差距过大的地方，保证了种植槽与坡面的紧密性，使得植被更容易扎根至岩质边坡缝隙。
Regreening structure suitable for uneven steep slope
The invention discloses a regreening structure suitable for an uneven steep slope. The structure comprises: planting groove coamings, and rotating shafts and anchor rods arranged between the plantinggroove coamings, every two adjacent planting groove coamings can rotate with the rotating shafts as the axis, each rotating shaft comprises a first rotating shaft assembly and a second rotating shaftassembly arranged on the first rotating shaft assembly in a sleeving mode, the anchor rods penetrate through the rotating shafts and can reciprocate in the axial direction of the rotating shafts, theanchor rods and the first rotating shaft assemblies are kept relatively static, when the first rotating shaft assemblies rotate, the anchor rods can rotate along with the first rotating shaft assemblies, and the ends, away from the ground, of the anchor rods are fixedly connected to limiting rods. According to the planting groove coamings, a proper area can be selected according to the actual concave-convex condition of a rock slope for enclosing forming, the shape of planting grooves can be adjusted and changed according to the actual slope surface condition, places with too large concave-convex differences are avoided, the tightness of the planting grooves and the slope surface is guaranteed, and vegetation can root into gaps of the rock slope more easily.
本发明公开了一种适用于不平整陡立边坡的复绿结构。包括：种植槽围板、设置在种植槽围板之间的转轴、锚杆，相邻的两块种植槽围板能够以转轴为轴线转动，转轴包括第一转轴组件和套设在第一转轴组件上的第二转轴组件，锚杆贯穿转轴且锚杆能够在转轴的轴向上往复运动，锚杆与第一转轴组件之间保持相对静止，当第一转轴组件转动时，锚杆能够随着第一转轴组件转动，锚杆远离地面的一端固接有限位杆。本发明的种植槽围板能够根据岩质边坡实际的凹凸情况来挑选适合的区域围合成型，使得种植槽的形状能够根据实际坡面情况而调整变化，避开凹凸差距过大的地方，保证了种植槽与坡面的紧密性，使得植被更容易扎根至岩质边坡缝隙。
Regreening structure suitable for uneven steep slope
一种适用于不平整陡立边坡的复绿结构
CHEN JIE (author) / TIAN CHONG (author) / YANG FAN (author) / LIU HANGUANG (author) / YANG GUOXING (author) / TONG JIAKUN (author) / DU ZUNLONG (author) / DONG MING (author) / ZHU MIN (author) / DING XINKE (author)
2020-10-13
Patent
Electronic Resource
Chinese
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