Large-span horizontal pulling type cylindrical net-shaped pedestrian landscape suspension bridge and construction method thereof
A flat-pull, large-span technology, applied in suspension bridges, bridges, bridge forms, etc., can solve the problems of destroying the aesthetics of pedestrian suspension bridges in canyon scenic spots, crowding tourists, etc., to facilitate construction, reduce weight, and increase the effect of landscape effects.
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Embodiment 1
[0050] A long-span flat-drawn cylindrical mesh pedestrian landscape suspension bridge of the present invention comprises a suspension bridge tower 1, a cylindrical mesh space cable system 2, an anchorage 3, a bridge deck system 4 and a spiral vine grass plant 5, and its characteristics That is: the suspension bridge tower 1 is composed of a curved double-leg pier column 11 and a giant oval steel annular tower cap 12, and the giant oval steel annular tower cap 12 is fixed on the curved double-limb pier column 11; the mesh space The cable system 2 is composed of a single-leaf hyperboloid space cable net 21, an elliptical rigid stiffening ring 22, a double helix steel wire screen bar 23 and a suspension bridge back cable 24, and the single-leaf hyperboloid space cable net 21 is a drooping single-leaf hyperboloid cylinder Mesh configuration, the single-leaf hyperboloid space cable net 21 is anchored on the giant elliptical steel annular tower cap 12, and inside the single-leaf hype...
Embodiment 2
[0053] A construction method of a large-span flat-drawn tube mesh pedestrian landscape suspension bridge of the present invention comprises the following steps:
[0054] Step 1: According to the geological topography and landform requirements of the canyon scenic area, select the bridge site for the pedestrian landscape suspension bridge, construct the anchorage 3, construct the curved double-leg pier column 11, install the giant oval steel ring tower cap 12, and form a suspension bridge Tower 1;
[0055] Step 2: install the suspension bridge back stay cable 24, pull the steel wire cable across the river, the multi-strand steel wire cables intersect in space to form a single-leaf hyperboloid space cable net 21, and the single-leaf hyperboloid space cable net 21 is anchored to the giant elliptical steel annular tower cap 12 On top of that, inside the single-leaf hyperboloid space cable net 21, install multiple elliptical rigid stiffening rings 22, outside the single-leaf hyperb...
Embodiment 3
[0060] A pedestrian landscape glass suspension bridge on the Yarlung Zangbo River in Tibet, with a main span of 200m. In order to meet the landscape and use safety requirements of the canyon scenic spot, and to inherit the characteristics of the Medog rattan bridge in Tibet, a large-span flat-drawn tube mesh pedestrian landscape is adopted. Structural scheme of suspension bridge
[0061] The tower of the suspension bridge is composed of curved double-leg pier columns and giant oval steel ring-shaped tower caps, implying that the giant holds up the sun. The bridge tower adopts a pile foundation, and the highest point of the bridge tower is 25 meters. M×1.4m concrete-filled steel tube columns, two connecting beams are set between the curved double-leg pier columns, and the giant elliptical steel ring tower cap is a vertical ellipse shape, the ellipse height is 10 meters, the ellipse width is 8 meters, and the ellipse steel ring The tower cap adopts a 1.0m x 1.0m steel tube concr...
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